What Size Home Standby Generator Do I Need?

October 16, 2026

Most homes need a 8.5 kW to 26 kW home standby generator, sized by adding up your essential appliances’ running watts, your highest single starting watt surge, and a 20% safety buffer.

When the power grid fails, a home standby backup generator acts as your personal energy safety net, kicking on automatically once a power outage is detected to keep your lights, appliances, and HVAC systems running. But walk into the world of backup power, and you are immediately greeted by a wall of numbers: 8.5 kW, 10, kW, 14 kW, 15 kW, 18 kW, 22 kW, 26 kW, etc.

Square footage is only a rough starting point when choosing a generator size; the right size comes down to your home’s actual electrical demand. Whether you need to keep a few devices and the refrigerator running, or you want to power a sprawling estate without missing a beat, this guide will walk you through calculating your exact power needs so you never end up in the dark.

What is a Home Standby Generator?

A home standby generator is a permanently installed backup power system designed to provide electricity to your home when the grid goes down. When connected to an automatic transfer switch (ATS), the system detects a power outage and automatically signals the generator to start, helping restore power without manual intervention. They also produce clean power with a total harmonic distortion (THD) of 5% or less to protect sensitive electronics, which is the same kind of power you receive when plugging something into your home’s wall outlets.

Power Line Carrier Technology

Many Champion home standby generators also use Power Line Carrier Technology, which communicates through your home’s existing wiring instead of requiring dedicated control cables. This can reduce installation time, minimize extra wiring, and help lower your overall install cost.

All-Aluminum Enclosure and Cold-Weather Ready

Because these units live outside year-round, durability matters. Champion home standby generators are built for the elements, with two enclosure options to match where you live. fleX models feature a corrosion-resistant, all-aluminum enclosure, while aXis models use a durable aluminum-zinc coated steel enclosure, both engineered for long-lasting weatherproof protection. Every unit also includes a 24V starting system rated to operate in temperatures as low as -22°F, so your generator is ready to start no matter how harsh the winter.

Why Getting the Right Generator Size Matters

If you buy a unit that is too small, you risk overloading the system. An overloaded generator will trip its circuit breaker, shut down, or worse, cause harmful voltage drops—known as brownouts—that can fry delicate electronics in your smart fridge, computer, or HVAC control board.

Conversely, buying a generator that is vastly larger than your actual needs wastes money on two fronts: the initial purchase price and ongoing fuel consumption. Generators consume fuel based on the electrical load placed on them, but a massive 26 kW unit idling at low capacity still consumes significantly more fuel than a smaller unit operating at its peak efficiency. Getting the size just right protects your home’s electronics, maximizes fuel efficiency, and keeps your installation budget reasonable.

Understanding Fuel Wattage: Propane Watts vs. Natural Gas Watts

Before you start adding up appliance wattages, you must understand a fundamental rule of whole-house generators: their total power output depends directly on the fuel source feeding them. Most residential standby generators run on either liquid propane (LP) or natural gas (NG).

Propane Watts Explained

Liquid propane is a high-energy-density fuel. It is delivered under pressure and stored in an aboveground or underground tank on your property. Because propane burns hotter and delivers more BTUs (British Thermal Units) per cubic foot than natural gas, a generator running on LP operates at its maximum engineered capacity. When you see a generator advertised as a “22 kW unit,” that rating reflects its performance on liquid propane.

Natural Gas Watts Explained

Natural gas is piped directly to your home from a local utility line. While it offers the ultimate convenience of an unlimited fuel supply that never needs refilling, natural gas has a lower energy density than propane. As a result, a generator running on natural gas suffers a performance drop, typically around 10% on Champion models (10–15% across the industry).

For example, a standby generator rated for 22,000 watts (22 kW) on liquid propane might only produce around 19,800 watts (19.8 kW) when connected to a natural gas line. If your home uses natural gas, you must calculate your electrical needs based on the generator’s lower NG rating, not the headline LP number on the box.

Calculating Your Home Power Needs

Determining your required whole-home generator size requires a simple, three-step inventory of your electrical consumption. Think of it like packing a backpack for a hike: you need to know the weight of everything you plan to carry before choosing the pack.

Step 1: Identify Essential Appliances

Start by making a list of everything in your home that must stay operational during an outage. Divide this list into two mental buckets: non-negotiable essentials and luxury items.

Non-negotiables usually include:

• Refrigerators and freezers (to prevent food spoilage)
• Sump pumps (to prevent basement flooding)
• Well pumps (for drinking water and sanitation)
• Primary HVAC systems (furnace blower, central AC, or heat pump)
• Basic lighting circuits and home internet routers

Beyond the core non-negotiables, think through what’s essential for your specific household. An electric water heater or EV charger isn’t a luxury if it’s your only source of hot water or transportation, particularly in winter or during a longer outage. Deciding which circuits to prioritize, and whether you want whole-home or essential-only coverage, dictates your baseline wattage.

Step 2: Note the Running and Starting Wattage for Each Item

Electrical loads come in two varieties: resistive loads and inductive loads.

Resistive loads (like incandescent light bulbs, coffee makers, and electric space heaters) draw the same amount of power the entire time they are on. This is their running wattage (or continuous watts).

Inductive loads (anything with an electric motor, such as air conditioners, refrigerators, sump pumps, and power tools) require an extra burst of electricity to break the inertia and spin the motor from a dead stop. This temporary spike is known as the starting wattage (or surge watts). Starting wattage can be two to three times higher than the running wattage, though the spike lasts only a fraction of a second.

To find these numbers, check the data plate attached to the back or side of your appliances, consult your owner’s manuals, or reference our wattage reference chart.

Note: Actual wattage varies by SEER rating, age, and whether the unit has a soft start. Check your AC’s data plate or ask your dealer to verify during the site survey.

Step 3: Calculate Total Required Capacity

To calculate your total power requirement, add up the running watts for all the devices you plan to operate simultaneously. Next, identify the single highest starting wattage among your motorized appliances and add that single surge figure to your running total. You do not need to add all starting wattages together, because appliances rarely attempt to start at the exact same microsecond.

Finally, add a 20% safety cushion to your total. This margin prevents the generator from running at 100% capacity continuously, which extends its engine life and accounts for minor unforeseen loads.

Let’s look at an example:

1. Sum of Running Watts:
   • Refrigerator (800W) + Sump Pump (1,050W) + 3-Ton AC (3,500W) + Lights/Wi-Fi (500W) = 5,850 Running Watts
2. Add Highest Starting Wattage:
   • The 3-Ton AC has the highest surge requirement at 10,000W. (Subtract its 3,500W running load from its 10,000W surge load to find the extra burst needed: 6,500 extra surge watts).
   • Total Peak Requirement = 5,850W + 6,500W = 12,350 Watts
3. Add 20% Buffer:
   • 12,350 W × 1.20 = 14,820 Watts (or 14.8 kW)

In this scenario, a 15 kW home standby generator would be the ideal fit.

Using the Home Standby Generator Selector Tool

If manual math feels overwhelming, Champion Power Equipment offers a digital sizing calculator, known as the Home Standby Generator Selector tool. This tool lets you simply enter a few details about your home and the appliances you want to power, then helps identify a generator size that fits your needs, with the option to request a free quote right from the results page.

Home Standby Generator Sizes and What They Power

Standby generators are categorized by their kilowatt (kW) output. Understanding the standard size brackets helps you match your home’s footprint and lifestyle expectations to the right class of machine.

Select Circuit Essentials (8.5 – 14 kW)

Units in the 8.5 kW to 14 kW range are designed for targeted protection. Paired with an ATS, these units keep vital systems running during an emergency without attempting to power the entire house.

• What it powers: Refrigerator, sump or well pump, furnace blower, microwave, internet, TV, lighting, garage door
• Best for: Small homes, townhouses, or homeowners on a strict budget who do not mind going without central air conditioning during a blackout.

Managed Whole-Home Power (14 – 22 kW)

This bracket represents the sweet spot for average-sized suburban homes. Units in this class can connect directly to your main breaker panel via a smart load-managing ATS, giving you seamless control over major living areas.

• What it powers: Everything above in Select Circuit Essentials, plus central air, electric dryer, ranger, EV charger
• Best for: Homes ranging from 1,500 to 2,500 square feet with moderate electrical demands.

Whole-Home Power (22 kW+)

Air-cooled generators in this range are the heavyweights of residential backup power. These units deliver enough power to handle high-demand electrical homes without requiring you to make compromises during an outage.

• What it powers: Everything above in both Select Circuit Essentials and Managed Whole-Home Power, plus AC dual units, heat pumps, electric water heaters, pool pumps, hot tubs
• Best for: Homes over 2,500 square feet, homes with all-electric appliances, or families wanting a true “power’s out, business as usual” experience.

Factors That Influence Generator Sizing and Installation Cost

Calculating raw appliance wattage gets you 80% of the way there. The remaining 20% comes down to the physical and mechanical realities of your home’s infrastructure.

Conducting a Site Survey

A site survey is an important step in purchasing and installing a home standby generator. During the survey, an authorized Champion dealer evaluates your home and determines the best generator placement, installation requirements, electrical connections, fuel needs, and applicable local codes. The dealer can then provide a customized recommendation and estimate based on your home’s specific needs.

How Much Does It Cost to Install a Home Standby Generator?

The total cost of a home standby generator varies widely based on the unit’s size, your fuel type, and the complexity of your home’s electrical setup, but most homeowners can expect to pay anywhere from $5,000 to $20,000+ for the generator and professional installation combined. The generator itself is typically the smaller portion of that cost, ranging from around $2,000 for essential-circuit models to over $6,000 for 22-26 kW whole-home systems. Installation makes up the rest and depends on factors like your transfer switch size (100A, 150A, or 200A), the distance between the generator and your main panel, any gas line or propane tank work required, and whether a concrete pad needs to be poured.

Where your installer places the unit also plays a role in cost and feasibility, since generators require specific clearance from windows, doors, vents, and property lines — a site survey will confirm whether your preferred location works or if adjustments are needed.

Because every home’s wiring, fuel access, and panel setup is different, the most accurate way to get a final number is through a site survey with an authorized Champion dealer, who can give you a comprehensive, turnkey quote covering the unit, permitting, electrical wiring, gas plumbing, and final system commissioning.

Heating and Air Conditioning Load

HVAC equipment represents the single largest electrical draw in modern residences. The size of your central air conditioner (measured in tons) heavily dictates your minimum generator size.

Fuel Type

As established earlier, running natural gas reduces your generator’s effective kW output compared to liquid propane. Additionally, fuel line pressure matters. If your municipal natural gas utility supplies low pressure, or if the pipe running from your gas meter to the generator is too small or too long, the generator engine will starve for fuel under heavy loads, dropping its functional capacity even further.

Using Load Management Modules

If your wattage calculations are landing you in a larger, more expensive generator bracket than you’d like, a load management module (LMM) can help close the gap. Rather than sizing your generator to run every circuit at once, an LMM automatically manages high-draw appliances, like a central AC unit and an electric water heater, so they don’t run simultaneously and overload the system. This lets you safely power more of your home on a smaller generator than the raw wattage math would otherwise suggest, often saving on both equipment and installation costs. During your site survey, ask your dealer whether an LMM makes sense for your home’s circuit layout.

Future-Proofing Your Energy Needs

When choosing a size today, consider what your electrical needs will look like five or ten years down the road. Are you planning to finish the basement? Install a hot tub? Add an electric vehicle charging station? Switch from a gas clothes dryer to an electric heat-pump dryer? Sizing up slightly today prevents the need to replace your entire generator system when your family’s power needs expand tomorrow.

Next Steps: Choosing and Installing Your Generator

Once you have estimated your required wattage, had a site survey conducted, and accounted for your fuel source, you are ready to transition from planning to execution. Installing a standby generator involves plumbing high-pressure gas lines and making high-voltage connections inside your main electrical panel. This is not a weekend DIY project; it requires licensed professionals to ensure code compliance, safety, and valid warranty coverage.

Find an Authorized Dealer Near You

Use our Dealer Locator to find the nearest installer to you to schedule an in-home assessment. A qualified technician will:

• Verify your wattage calculations against your home’s actual electrical load.
• Inspect your utility service meter and gas supply lines.
• Recommend the exact generator size, transfer switch style, and soft-start options for your property.
• Provide a comprehensive, turnkey quote covering permitting, site preparation, electrical wiring, gas plumbing, and final system commissioning.

By taking the time to accurately measure your electrical needs today, you ensure that the next time grid power drops out, your life keeps moving forward without interruption.

Frequently Asked Questions

What size generator do I need for my house? Most homes need between 8.5 kW and 26 kW, depending on square footage and which appliances you want to power. Add up the running watts of your essential appliances, factor in your largest single starting watt surge, and add a 20% buffer to land on your ideal size. Champion’s Home Standby Generator Selector tool can do this calculation for you.

As a rough starting point, homes under 1,500 sq ft often fit essential-circuit units, 1,500–2,500 sq ft homes typically need managed whole-home power, and homes over 2,500 sq ft usually need 22 kW or more.

What size generator do I need to run central air? A 3-ton central AC can surge to about 10,000W at start-up, so homes that want AC plus essentials usually land around 18 kW. Larger 4–5 ton systems often push toward 22 kW+ unless you add a soft starter or load management.

How much does a home standby generator cost? Most homeowners pay roughly $5,000 to $20,000+ for the generator and professional installation combined, depending on unit size, fuel type, transfer switch, and site prep. A site survey with an authorized Champion dealer gives you an exact quote.

What’s the difference between running watts and starting watts? Running watts (or continuous watts) are what an appliance draws once it’s operating steadily. Starting watts (or surge watts) are the temporary spike, often two to three times higher, needed to power on motorized appliances like AC units, sump pumps, and refrigerators.

Does natural gas affect my generator’s power output? Yes. Generators are rated for their maximum output on liquid propane. Running the same unit on natural gas typically reduces output by 10-15%, so you should size your generator based on its NG rating if that’s your fuel source.

Can I power my whole house with a generator, or just the essentials? Both options exist. Essential-circuit generators (8.5 – 14 kW) cover core systems like your refrigerator, sump pump, and furnace. Mid-size (14 – 22 kW) and large (22 kW+) units can cover central air, kitchen appliances, and, at the top end, your entire home simultaneously.

Can I use a smaller generator with load management? Yes. A load management module keeps high-draw appliances like central AC and an electric water heater from running at the same time, so a smaller generator can cover more of your home.

Do I need a professional to install a home standby generator? Yes. Installation involves high-pressure gas line plumbing and high-voltage connections inside your main electrical panel, so it should always be handled by a licensed, authorized dealer to ensure code compliance, safety, and valid warranty coverage.

Customer Support

From calculating your appliances’ running and starting watts to deciding between whole-home generator sizes, choosing a whole-home generator involves a lot of moving pieces. If you’re still unsure which home standby generator is right for your home, our team of experts is here to help.

• By phone: 833-41-CHAMP
• By email: [email protected]

For all other inquiries, reach support by phone or live chat, or visit the Help Center for easy-to-follow guides and self-service tools. You can also visit our YouTube channel for tutorials and helpful videos to get the most out of your Champion equipment.

What Size Generator Do I Need for Tailgating?

September 17, 2026

Finding the Right Power Setup for Game Day

Game day isn’t just about the four quarters on the field; it is about the three hours of pre-game anticipation in the stadium parking lot. You have the prime spot, the smoker is loaded, and the tailgate crowd is arriving. But the moment you plug in your blender, slow cooker, speakers and flat-screen TV simultaneously, the power cuts out. The silence that follows is the ultimate buzzkill.

Choosing the right size portable generator transforms your parking space into a fully functional outdoor living room. The secret isn’t buying the largest, loudest machine on the market—it is about matching your power supply to your specific gear. Whether you are running a minimalist setup for a few friends or hosting an engine-roaring stadium tailgate party for twenty, finding the right power balance ensures your drinks stay cold, your food stays hot, and the pre-game coverage never flickers.

How Many Watts Do You Actually Need for Tailgating?

Generator power is measured in watts. To pick the right unit, you need to understand how your intended setup translates into power consumption. Tailgate setups generally fall into three distinct categories based on scale and energy demands.

Tailgate Power Sizing Guide

Small Setup: Quiet, Essential Power (1,000 to 2,000 Watts)

If your game-day philosophy centers on simplicity, a compact inverter generator producing between 1,000 and 2,000 watts is your sweet spot. This category is built for the minimalist who relies on traditional charcoal or propane for cooking but needs reliable electricity for entertainment and light utility.

With 2,000 watts, you can effortlessly run a 43-inch LED television, a couple of phone chargers, a Bluetooth speaker, and a string of overhead LED lights. These generators are lightweight and quiet, making them easy to carry with one hand while leaving plenty of room in your trunk for cooler space.

Medium Setup: The Crowd Favorite (2,000 to 3,500 Watts)

The 2,000 to 3,500-watt range represents the sweet spot for most seasoned tailgaters. This power class bridges the gap between basic electronics and high-draw heating appliances.

In this tier, you can comfortably run a mid-sized television, a soundbar, a mini-fridge, and high-draw kitchen equipment like a electric grill or a margarita blender. You can chop, mix, and warm food without having to unplug the TV to do it.

Large Setup: The Ultimate Stadium Party (3,500+ Watts)

When your tailgate turns into a neighborhood block party, a 3,500-watt or larger generator becomes mandatory. This is the domain of high-end setups featuring large pellet grills, electric griddles, commercial-grade blenders, dual tailgating TVs, and portable space heaters or misting fans to handle extreme weather.

Units in this class deliver serious muscle, allowing you to run multiple heavy-draw heating elements at the same time. While these generators are heavier they eliminate the need to constantly monitor what is plugged in. They allow you to operate your tailgate lot just like your home living room.

How to Calculate Your Tailgate Wattage Requirements

Avoid guessing your power requirements hours before kickoff. Calculating your exact wattage needs is a straightforward process that prevents tripped breakers and damaged appliances.

Use the following formula when wattage isn’t listed:

• Volts (V) × Amps (A) = Watts (W)

1. Check Running Watts vs. Starting Watts

Every electronic device uses two distinct power metrics: running watts (the continuous power required to keep the device operating) and starting watts (the brief surge of power required to turn on electric motors or compressors).

A standard 50-inch LED TV requires about 100 running watts and virtually no extra starting watts. Conversely, a mini-fridge might require 100 running watts, but demands 400 starting watts for two seconds when the compressor kicks on. You can locate these numbers on the electrical label on the back or bottom of your appliances.

2. Add Up Your Peak Appliance Loads

To find your baseline requirement, list all the devices you plan to run simultaneously. Sum up their running watts. Next, identify the single appliance with the highest starting wattage surge. Add that surge differential to your total running wattage.

For instance, if you are running a TV (100W), an electric griddle (1,500W), and a mini-fridge (100W running / 400W starting), your baseline running total is 1,700 watts. Since the mini-fridge requires a 300-watt surge over its running capacity, your peak load requirement jumps to 2,000 watts.

3. Leave a Safe Buffer Margin

Never operate a generator at 100% of its rated capacity for extended periods. Running an engine at its absolute limit causes excessive heat, spikes fuel consumption, increases noise, and shortens the machine’s lifespan.

Apply a 20% safety margin to your final calculation. If your peak load calculation comes out to 2,000 watts, multiply that number by 1.20 to get 2,400 watts. Target a generator rated for at least 2,400 continuous running watts to handle unexpected load spikes without interrupting the tailgate.

Common Tailgate Appliances and Their Wattage Demands

Understanding the typical energy footprint of standard tailgating equipment helps you build a balanced setup. Cooking devices that generate heat always consume vastly more electricity than visual displays or audio equipment.

If you plan to cook using electricity, your generator size will immediately skew larger. Heating elements like electric griddles act as massive energy sponges, demanding almost the entire output of a basic 2,000-watt generator by themselves.

Key Features to Look For in a Tailgating Generator

Not every generator is suited for a tailgate lot. The crowded, social environment of a stadium parking lot requires specific design features focused on safety, efficiency, and comfort.

Essential Tailgate Generator Features

Noise Level Restrictions and Courtesy

Traditional open-frame standard portable generators sound like lawnmowers running at full throttle, producing upwards of 75 to 80 decibels (dBA). In a crowded parking lot, a loud generator ruins conversation and violates stadium guidelines.

Look for enclosed inverter generators rated at 50 to 65 dBA at a quarter-load. At this sound level—roughly equivalent to a normal conversational tone—you can comfortably chat, listen to the game commentary, and keep your parking lot neighbors happy.

Inverter Technology for Sensitive Electronics

Modern tailgates rely heavily on sensitive microprocessors housed in smart TVs, laptops, soundbars, and smartphones. Standard portable generators produce electricity with high total harmonic distortion (THD), which can overheat or permanently fry delicate circuit boards.

Always select an inverter generator that delivers clean power with less than 3% THD (pure sine wave). Inverter technology electronically refines raw power, ensuring the voltage supplied to your $1,000 television is as stable as the power coming from your home wall outlets.

Fuel Type and Run Time Efficiency

When choosing a fuel source, look for models featuring dual-fuel capability (gasoline and propane). Propane burns cleaner, stores indefinitely without gumming up carburetors, and eliminates the mess of pouring liquid gasoline near open flames or hot engine parts.

Additionally, check the generator’s run time at 25% or 50% load. A quality tailgating unit should run for at least 6 to 8 hours on a single tank, allowing you to power through pre-game festivities, the game itself, and post-game traffic without refueling mid-party.

Portability and Weight Factors

A generator’s convenience is directly proportional to how easily you can load it into your vehicle. Units under 2,000 watts usually feature suitcase-style top handles and weigh around 40 to 50 pounds, making them easy for a single person to lift into a truck bed or SUV trunk.

If you scale up to a 3,500-watt unit weighing 80 to 110 pounds, prioritize models that include built-in wheel kits and handles. Trying to drag a wheel-less 100-pound generator across a gravel lot on game morning is a recipe for back strain before the game even starts.

Frequently Asked Questions

How far should I place my generator from my tailgate setup? Always place a gas generator at least 20 feet away from your setup, vehicle, and canopy, with the exhaust pointed away from windows, doors, or vents of any kind. Never operate a generator inside a capped truck bed or underneath an enclosed tent. ALWAYS operate it OUTDOORS, on a flat, level surface, with at least five feet of clearance on all sides.

What type of extension cord should I use with my generator? Use 10-gauge or 12-gauge, heavy-duty, weather-resistant extension cords rated for outdoor use. Long, thin cords can cause voltage drops, overheat appliances, and trip your generator’s breakers.

How should I protect electrical connections at a tailgate? Keep plug connections elevated and away from standing water caused by rain, melted ice, or spills. Use cord safety covers, wooden blocks, or another stable elevated surface to help prevent short circuits and ground faults.

Can I connect two inverter generators to get more power? Yes, if your inverter generators are parallel-ready and compatible. Connecting two identical 2,000-watt inverter generators with an approved parallel kit can provide up to 4,000 watts of combined power output, giving you additional power while keeping your setup portable.

How long should I wait before refueling my generator? Always turn the generator off and allow it to cool before refueling. Never add gasoline to a hot or running generator. Allow the unit to cool for at least 10 minutes and refuel away from open flames, hot grills, and other ignition sources.

Need Help Finding the Right Generator?

From calculating your wattage needs to choosing the right features for your tailgate setup, finding the right generator can feel like a lot to tackle. If you’re still unsure which Champion generator is right for your game-day setup, our Customer Support team is here to help. Reach support by phone or live chat, or visit the Help Center for easy-to-follow guides and self-service tools. You can also visit our YouTube channel for tutorials and helpful videos to get the most out of your Champion equipment.

Food Truck Generators: Don’t Let the Fryers Go Out

August 18, 2026

Most food trucks require a generator between 4,000 and 10,000 watts, depending on the combined running watts and starting watts of their equipment. Calculating your total power requirements is the best way to choose the right portable or inverter generator for reliable, uninterrupted service.

Imagine it’s a Friday night, the line is wrapping around the block, and the smell of your signature sliders is drawing in the crowd. Suddenly, everything goes dark. The exhaust fan stops humming, the POS system blinks off, and your fryers go cold. In the food truck business, silence isn’t golden—it’s expensive.

Selecting a generator isn’t just about buying a piece of hardware; it’s about securing the heartbeat of your business. If you undersize your power source, you risk damaging expensive equipment or shutting down during a rush. Oversize it too much, and you’re burning profits through excessive fuel consumption and lugging around unnecessary weight. This guide will walk you through the precise science of power so you can focus on the art of cooking.

Why Getting Your Power Math Right is the Secret to Food Truck Success

Success in the mobile food industry is built on reliability. Your customers expect consistency, but your equipment expects a steady stream of electricity. Unlike a brick-and-mortar restaurant that plugs into a stable municipal grid, you are your own utility company.

When you get your “power math” right, your operation runs with a quiet, invisible efficiency. Your refrigeration stays at food-safe temperatures without straining the compressor, and your induction burners hit peak heat without flickering the lights. Properly calculated power needs lead to longer equipment life, lower fuel costs, and most importantly, the peace of mind that comes from knowing your “open” sign will stay lit until the last customer is served.

Understanding the Basics: Watts, Volts, and Amps

To master your power needs, you don’t need an electrical engineering degree, but you do need to speak the language. Think of electricity like water flowing through a hose. Volts (V) are the water pressure, amps (A) are the volume of water flowing through the hose, and watts (W) are the total power produced (the result of the pressure and volume combined).

Several food truck appliances like fridges, lights, and coffee machines operate using 120 volts, though heavy-duty items like commercial ovens, large espresso machines, AC, and fryers will require 240 volts. Many food trucks are wired with a 120V 15- or 20-amp circuit for smaller equipment and 208V or 240V 30- or 50-amp circuit for high-powered cooking appliances. Larger food trucks may also include a second 208V or 240V circuit to support additional equipment.

The Simple Formula for Success

The most important equation you’ll ever use in your truck is the following formula:

• Watts = Volts × Amps

If your refrigerator sticker says it pulls five amps and you’re plugging it into a standard 120V outlet, it uses 600 watts. If you know the wattage but need to know the amp draw to ensure you don’t trip a breaker, just flip it: Amps = Watts / Volts. Knowing these numbers prevents you from overloading specific circuits within your truck’s electrical panel.

Starting Watts vs. Running Watts: Why the Difference Matters

This is where many new owners stumble. There is a massive difference between what a machine needs to stay running and what it needs to start running.

Think of it like pushing a stalled car. It takes a huge burst of energy to get the car rolling from a dead stop (starting watts), but once it’s moving, it takes much less effort to keep it gliding along (running watts). Any equipment with a compressor or a motor, like fridges, freezers, and air conditioners, can require three to four times their running wattage just to kick on. If your generator can’t handle that momentary surge, the system will fail.

Step 1: Auditing Your Equipment

Before you go shopping for a generator, you need to conduct a forensic audit of every single item in your truck that requires a plug. Every appliance has a data plate, usually a silver or white sticker on the back or bottom, that lists its electrical requirements.

Identifying the “Power Hogs” (Refrigeration and Heating)

In a kitchen, the biggest energy consumers are usually the things that change temperature. Refrigeration is a constant draw, but the real “power hogs” are heating elements. Electric deep fryers, grills, steam tables, heat lamps, coffee brewers, and other cooking equipment pull massive amounts of wattage. If you are running an all-electric kitchen, your power needs will be significantly higher than a truck that uses propane for primary cooking.

Don’t Forget the Little Things: POS Systems, Lighting, and Fans

It’s easy to remember the big fridge, but the small stuff matters also. Your iPad charger, the LED strips under the service window, the exhaust hood fan, and even the small pump for your hand sink add up. A ventilation system fan can pull 300-500 watts alone. If you miss these, you’ll find yourself wondering why your generator is struggling despite your big appliances being within limits.

Creating Your Power Inventory Worksheet

Grab a notepad and create four columns: Item Name, Running Watts, Starting Watts, and Quantity.

Go through your truck and fill it out. If an item only lists amps, use the formula (Amps × 120) to find the watts. For items without a motor (like a lightbulb), the starting watts and running watts are the same. This worksheet is your roadmap; without it, you’re just guessing.

Step 2: Calculating Your Total Wattage

Now, it’s time for some addition. Add up the running watts for every single item you plan to run simultaneously. This is your baseline. However, you won’t just buy a generator that matches this number. We have to account for the surge.

How to Factor in the Startup Surge

To find your true maximum power requirement requirement, follow these important steps:

1. Add the running watts of each appliance together to calculate your total continuous power requirement.
2. Identify the appliance with the highest starting wattage, typically one with a motor or compressor. Keep in mind that most appliance data plates only list running watts, not starting watts, so you may need to check the manufacturer’s website or manual for this figure. As a rough rule of thumb, motor-driven appliances often require 2–3 times their running wattage to start. If you can’t find the exact figure, a quick search or AI assistant can give you a reasonable estimate.
3. Add that starting wattage to your total running watts to determine the minimum generator capacity needed to handle your peak power demand.

Why identify only one high starting wattage appliance? Because it’s statistically unlikely that every compressor in your truck will kick on at the exact same millisecond. By planning for your biggest surge plus your total running load, you create a safe ceiling.

Choosing the Right Power Source: Generators vs. Inverters

Not all portable power is created equal. The choice between a standard portable generator and a quiet inverter generator is often the difference between a professional operation and an amateur one.

Portable Inverter Generators: The Gold Standard for Food Trucks

Inverter generators are the heavy favorites for food trucks for three reasons: they are quiet, they are fuel-efficient, and they produce clean power. Unlike traditional generators, inverters throttle their engine up and down based on demand. If you’re only charging a phone, the engine sips fuel at a low idle.

Traditional Open-Frame Generators: Power vs. Noise Trade-offs

Traditional open-frame generators are the loud, vibrating machines you often see at construction sites. They are significantly cheaper and can offer massive power outputs, but they have a major downside: noise. Most city ordinances and event organizers have strict decibel limits. An open-frame generator can sound like a lawnmower in your customers’ ears, which isn’t exactly the ambiance people want when buying a taco.

Critical Features to Look for in a Food Truck Generator

Once you know your wattage, you need to look at the features that will affect your daily grind.

Noise Levels and City Ordinances

Many festivals and city streets require generators to stay below 60-65 decibels (roughly the sound of a normal conversation). Inverter generators usually hit this mark. Before buying, check the dB rating. If it doesn’t list one, it’s probably too loud for a food truck environment.

Fuel Type: Gasoline or Propane

Gasoline is easy to find, but propane is cleaner-burning and you likely already carry it for your stoves. Dual Fuel generators offer the best of both worlds, allowing you to switch between the two. Propane is often preferred by food truckers because it doesn’t gum up the carburetor during the off-season and has a much longer shelf life. Tri Fuel generators are also available, which allows you to utilize either gasoline, propane, or natural gas.

If you’re still deciding which generator best fits your food truck, try our Portable Generator Selector Tool. It’s a quick and easy way to narrow your options based on your power requirements and intended use.

Runtime and Fuel Efficiency

You don’t want to be the person climbing out of the truck to refill a gas tank in the middle of a lunch rush. Look for a generator with a “run time at 50% load” of at least 8 to 10 hours. This ensures you can get through a full shift on a single tank.

Clean Power for Sensitive Electronics

Total harmonic distortion (THD) is a measure of how “clean” your electricity is. High THD can cause your digital screens to flicker or your tablet-based POS to glitch. Generally, THD below 5% is considered clean power — comparable to what you’d get from a standard wall outlet. Look for a generator with low THD (most inverter generators fall under 3%) to keep your tech running smoothly.

Wattages for Common Food Truck Appliances

*Starting watts equal running watts for non-motor loads; equipment with motors or compressors (refrigerators, freezers, ice makers, blenders, AC units) require a temporary surge above running wattage to start.

Common Food Truck Generator Sizes

Safety Essentials

A generator is a powerful tool, but it can be a deadly one if mishandled, so be sure to familiarize yourself with proper generator safety.

Ventilation and Placement to Avoid Carbon Monoxide

Never, under any circumstances, run a generator inside your truck or in an enclosed trailer, only outside. Carbon monoxide is an invisible, odorless killer. If your food truck is equipped with a purpose-built exterior generator rack, ensure the generator is securely mounted and operated according to the rack manufacturer’s instructions. If a rack is not available, always place the generator on a flat, level surface at least 20 feet away from the truck, with the exhaust directed away from your service window, doors, and the intake vents of neighboring trucks.

Protecting Your Investment from the Elements

While generators are built for the outdoors, they don’t love torrential rain or direct mud. Use a Champion Storm Shield that provides protection from rain, wind, debris, or snow while still allowing for maximum airflow. Heat is the enemy of electronics; ensure your generator isn’t boxed in so tightly that it chokes on its own hot air.

Common Mistakes That Lead to Blown Fuses (and Lost Revenue)

The most common mistake is the “Daisy Chain.” Using cheap, thin extension cords to run high-wattage appliances creates resistance, which drops the voltage and can melt the cord or blow a fuse. Always use heavy-duty, weather-rated cables (10 or 12 gauge) and keep them as short as possible.

Another mistake is forgetting to ground the generator. Most modern units have a grounding nut; check your local fire codes to see if you need to drive a grounding rod into the earth or if the frame of the truck is sufficient.

Maintenance: Keeping the Lights On for Years to Come

A food truck generator works harder in a month than a home backup generator works in five years. Treat it like a vehicle with proper maintenance.* Change the oil every 50–100 hours of use (which can be every two weeks for a busy truck). Clean the air filter regularly, as street dust and cooking grease can clog it quickly. A well-maintained inverter can last for thousands of hours; a neglected one will die mid-shift.

*Always check your generator’s owner’s manual for specific maintenance schedules.

Frequently Asked Questions

What size generator do I need for a food truck?

The right generator size depends on the total running watts of your equipment plus the starting watts of your largest motor-driven appliance, such as a refrigerator or air conditioner. Most food trucks require between 4,000 and 10,000 watts, but calculating your total power requirements is the best way to choose the right generator.

Are inverter generators good for food trucks?

Yes. Inverter generators are a popular choice for food trucks because they operate quietly, produce clean power for sensitive electronics like POS systems, and automatically adjust engine speed to improve fuel efficiency.

What’s the difference between starting watts and running watts?

Running watts are the continuous power an appliance needs to operate, while starting watts are the temporary surge required to start motors and compressors. Your generator must be able to handle both to prevent overloads and unexpected shutdowns.

Can I use a dual fuel or tri fuel generator for my food truck?

Yes. Dual Fuel generators run on gasoline or propane, while Tri Fuel generators can also operate on natural gas. These options provide added flexibility, longer fuel storage, and a convenient backup if one fuel source isn’t available.

How often should I maintain my food truck generator?

Regular generator maintenance should be performed according to your owner’s manual and hours of use. This typically includes changing the oil, inspecting the spark plug, cleaning or replacing the air filter, and checking the fuel system to help ensure reliable performance and maximize the generator’s lifespan.

Is a Concern Cooking Up?

Whether you’re choosing the right generator for your food truck, troubleshooting an issue, or looking for maintenance tips, Champion is here to help. Reach out to our knowledgeable support team by phone, email, or live chat, explore our Help Center for step-by-step guides and self-service resources, or visit our YouTube channel for helpful tutorials and troubleshooting videos.

Champion Power Equipment Partners with OmniMetrix to Deliver Remote Monitoring and Control Solutions for its aXis and fleX Home Standby Generators

August 6, 2026

FOR IMMEDIATE RELEASE

OmniMetrix Solutions Provide Champion dealers and homeowners 24/7 visibility into their home standby power

Las Vegas, NV and Buford, GA — August 6, 2026 — Champion Power Equipment and OmniMetrix, LLC, a subsidiary of Acorn Energy, Inc. (Nasdaq: ACFN), today announced a partnership to offer OmniMetrix remote monitoring and control as an added option on Champion’s aXis and fleX home standby (HSB) generator lines. The program gives Champion’s authorized dealers and their customers access to mission critical real-time, 24/7 insight into generator status and health — helping identify potential issues before they impact home standby power availability.

Available as an option across the aXis and fleX HSB generator lines, the solution pairs OmniMetrix monitoring hardware with the OmniView web portal and OmniMetrix mobile app. Homeowners and dealers can check generator condition from anywhere, conduct automatic periodic generator tests and receive text and email alerts, keeping the whole system — generator and automatic transfer switch — ready for service.

“When homeowners invest in backup power, they expect it to be ready when they need it most. By partnering with OmniMetrix, we’re giving both our dealers and customers the best-in class solution for greater visibility into generator performance and system health, helping identify issues early and providing added confidence that their Champion home standby generator will be prepared when an outage occurs.”

– Greg Pauken, Director of Product Development, Champion Power Equipment

Key features of the program include:

• 24/7 remote monitoring of aXis and fleX home standby generators
• Text and email alerts for generator status and faults
• Access from anywhere through the OmniView web portal and OmniMetrix app
• Cellular (LTE) connectivity for remote locations, with data covered in the annual monitoring plan
• U.S.-based OmniMetrix support for the monitoring program, plus over-the-air updates

OmniMetrix remote monitoring solutions can help prevent up to 95% of generator failures.

“We are very excited about our partnership with one of the fastest growing generator brands on the market. This partnership combines two market leaders with decades of innovation, experience and dependability into one seamless package, including offering top tier customer service to support our customers.”

— Jesse Gott, General Manager, OmniMetrix

The program is expected to launch in late summer 2026, with additional details on availability, pricing, and ordering to be communicated to Champion authorized dealers closer to launch. Champion authorized dealers will be able to add OmniMetrix monitoring hardware to HSB generator orders, with monitoring and activation handled directly with the dealer and homeowner. All support for the monitoring program is provided directly by OmniMetrix. Full pricing and ordering details will be provided to dealers in a dedicated program sell sheet.

About Champion Power Equipment

Champion Power Equipment is a market leader in power generation equipment, providing dependable, durable products designed and engineered in the U.S. for the North American and world markets. Founded in 2003 and headquartered in Las Vegas, Nevada, Champion has grown its lineup to include portable generators, home standby generators, inverter generators, engines, winches, and log splitters — with millions of generators sold in North America.

Backed by U.S. engineering and a customer-first support team, Champion builds reliable, affordable power equipment for homeowners, professionals, and adventurers alike. For home, work, or play, Champion makes the power that makes your life easier. Learn more at championpowerequipment.com.

About OmniMetrix

A subsidiary of publicly-traded Acorn Energy, Inc. (ACFN), OmniMetrix is a pioneering leader in wireless remote monitoring and control solutions for critical infrastructure including standby generators, cell towers, gas pipelines, data centers, and utility networks. OmniMetrix serves tens of thousands of commercial and residential endpoints, including over 25 Fortune/Global 500 companies in sectors including telecom, manufacturing, healthcare, data centers, retail, public transportation, energy distribution and government facilities, as well as residential customers through generator dealers.

Founded in 1998, OmniMetrix designed the first wireless monitor for on-site power generation. For over 25 years, OmniMetrix has remained the industry leader by designing long-term, 24/7, remote monitoring and control solutions with ongoing US based tech support to continually service its customers’ needs.

Champion Media Contact

Rick Costello
Champion Power Equipment
[email protected]
833-412-4267

OmniMetrix/Acorn Energy Contacts

Catalyst IR
William Jones, 267-987-2082
David Collins, 212-924-9800
[email protected]

Portable Generator Maintenance Schedule and Checklist

July 21, 2026

Regular generator maintenance includes changing the oil, inspecting the air filter and spark plug, using fresh fuel, and following your owner’s manual maintenance schedule. Keeping up with these maintenance tasks helps extend your portable generator’s lifespan and ensures reliable power when you need it most.

A portable generator is a lot like a loyal guard dog. It sits quietly in the background, unnoticed and unneeded, until the moment a storm rolls in and the lights flicker out. In that instant, it becomes the most important machine you own. But here is the hard truth: a generator is not a “set it and forget it” appliance. Whether you own a traditional portable generator or an inverter generator, it is an internal combustion engine that thrives on regular maintenance to maximize its lifespan and ensure reliable performance.

Why Generator Maintenance Matters

The “Wait and See” Trap

The most dangerous mistake a generator owner can make is the “Wait and See” approach. This is the habit of leaving the unit in the back of the garage for eleven months, assuming it will work perfectly when the power goes out. Unfortunately, gasoline degrades, seals dry out, and internal components corrode. Maintenance isn’t about fixing what’s broken; it’s about ensuring it never breaks in the first place. Routine generator maintenance protects critical engine components, improves reliability, and extends your generator’s overall lifespan.

The Payoff of Routine Care

Think of maintenance as an insurance policy where the premiums are measured in minutes, not dollars. A well-maintained portable generator can easily last 10 to 15 years depending on hours of use, operating conditions, and routine service. Conversely, a neglected one might seize up after just three seasons. When you invest an hour every few months into oil changes and filter cleanings, you aren’t just protecting a $1,000 piece of equipment; you are protecting your family’s comfort and safety during an emergency.

The Essential Portable Generator Maintenance Schedule

What to Check Every Time You Start It Up

Before every use, perform a quick inspection. Check the oil level, inspect for fuel or oil leaks, ensure you’re using fresh fuel, and verify that the air intake is free of debris. These simple maintenance tasks only take a few minutes but can prevent costly repairs. Most importantly, check that the unit is positioned at least 20 feet away from your home, especially windows, doors, or vents to prevent carbon monoxide buildup.

Break-In Period: Your First 5 Hours

If your generator is brand new, the first five hours of operation are very important. During this “break-in” period, the internal gears and pistons are seating themselves, often shedding tiny metallic shavings into the oil. After those first five hours, you must change the oil immediately. This flushes out the “glitter” and sets the foundation for a long engine life.

Check your generator’s owner’s manual for specific break-in period information.

100-Hour Rule: Heavy-Duty Upkeep

For most owners, 100 hours of operation represents a year of typical use or one extended power outage. This is the benchmark for performing generator maintenance, including replacing the existing oil with fresh oil, inspecting or replacing the spark plug, and install a clean air filter or clean the existing filter if it’s reusable. If you live in an exceptionally dusty or hot environment, consider cutting this interval in half.

Annual Professional Checkups

While many maintenance tasks are DIY-friendly, having a small-engine mechanic inspect the valve clearances and governor settings every year or two is a wise investment. They can spot subtle issues, like a worn fuel line or components beginning to fail, that the untrained eye might miss.

As you become more familiar with your generator, you can also expand your maintenance skills by learning to use basic tools such as feeler gauges, spark plug gap tools, torque wrenches, and multimeters for routine inspections. Always follow the procedures and specifications outlined in your owner’s manual before performing advanced maintenance.

Oil and Fuel Maintenance

Checking and Changing the Oil

Oil is the lifeblood of your engine. Check your oil first before changing it. To change it, run the generator for a few minutes to warm the oil, which helps it flow faster and carry away more contaminants. Place a pan underneath the drain plug, remove the drain plug, and let it empty completely. When refilling, use a funnel to avoid spills and fill only to the “Full” mark on the dipstick. Overfilling can be just as damaging as under-filling, as it causes aeration and loss of pressure.

Choosing the Right Oil Grade for Your Climate

Don’t just grab whatever is on the shelf. Most generators use SAE 30 or 10W-30. However, if you live in a frigid climate where you’ll be starting the unit in sub-zero temperatures, a synthetic 5W-30 offers better flow at startup. Always consult your owner’s manual for the recommended oil type and viscosity for your specific model. Using the wrong viscosity can lead to hard starts or overheating.

Fuel Management: Dealing with Ethanol

Ethanol is the enemy of small engines. It attracts moisture and, over time, turns into a gummy varnish that clogs the tiny passages in your carburetor. Whenever possible, use “Ethanol-Free” (REC-90) gasoline. If you must use standard pump gas, never let it sit in the tank for more than 30 days without a high-quality stabilizer.

Proper care of your generator’s fuel system is one of the most important aspects of long-term reliability. Running the generator periodically with fresh fuel also helps keep the fuel system clean and prevents varnish buildup.

Pro Tip: A Champion Dual or Tri Fuel portable generator can run on propane or natural gas. Propane and natural gas require less fuel maintenance since they are gaseous fuels instead of liquid, which help avoid carburetor issues.

Filters and Spark Plugs

Cleaning vs. Replacing Your Air Filter

A clean air filter allows your generator to breathe properly and operate efficiently. If the air filter is choked with dust, the engine will run “rich,” wasting fuel and fouling the spark plug. Foam filters can often be washed in warm soapy water, dried, and lightly coated with engine oil. Paper filters, however, should always be replaced. If you can’t see light through it, it’s time for a new one.

The Spark Plug: The Heart of the Ignition

The spark plug is a window into your engine’s soul. Remove it once a year. A healthy plug will have a light tan or gray deposit. If it’s black and sooty, your air filter might be dirty. If it’s oily, you may have internal wear. Regardless of how it looks, spark plugs are cheap. Replace yours annually to ensure reliable ignition.

Clearing the Spark Arrestor

Hidden inside the muffler is a small screen called the spark arrestor. Its job is to prevent hot embers from flying out and starting a fire. Over time, it can become clogged with carbon, effectively “choking” the exhaust. Unscrew the guard, pull the screen out, and give it a quick scrub with a wire brush to keep the engine breathing freely.

Battery Care for Electric Start Models

Trickle Charging for Idle Batteries

If your generator has a push-button start, it relies on a small lead-acid battery. These batteries lose their charge over time when sitting idle. To avoid a dead battery when the power goes out, use a “battery tender” or trickle charger. This smart device plugs into a wall outlet and keeps the battery at the perfect voltage without overcharging it.

Cleaning Terminals and Preventing Corrosion

Check the battery terminals for white, crusty buildup. This corrosion creates resistance and prevents the battery from delivering full power to the starter. Clean the terminals with a mixture of baking soda and water, tighten the connections, and apply a thin layer of dielectric grease to seal out moisture.

Deep Cleaning Your Unit Without Causing Damage

Degreasing the Exterior

A clean generator runs cooler. Use a damp cloth and a mild degreaser to wipe down the exterior frame and engine block. Avoid using a high-pressure power washer; the force can drive water into the alternator windings or the control panel, causing electrical shorts that are expensive to repair.

Managing Dust and Debris in the Cooling Fins

Air-cooled engines rely on metal fins to dissipate heat. If these fins get clogged with dried grass, spider webs, or mud, the engine will overheat. Use a can of compressed air or a soft brush to clear these gaps. This simple act of “exposing” the metal ensures the engine stays within its safe operating temperature.

Short-Term vs. Long-Term Storage Strategies

The 30-Day Threshold

If you expect to use the generator again within a month, keeping fuel in the fuel tank with a stabilizer is fine. But once you cross that 30-day mark, you enter “Long-Term Storage” territory. This is where most generator failures begin. Long-term storage is also the ideal time to perform portable generator maintenance, including changing to fresh oil, inspecting the fuel system, and checking the spark plug.

The Proper Way to Drain a Carburetor

Even if the tank is empty, a small amount of fuel remains in the carburetor bowl. This is the “danger zone” where clogs form. Most carburetors have a small drain screw at the bottom. Open it and let the fuel drain into a container. Alternatively, turn the fuel valve to “Off” while the engine is running and let it run until it dies of fuel starvation.

Using Fuel Stabilizers Effectively

When adding stabilizer, do it at the gas station when you fill your canisters. This ensures the stabilizer is thoroughly mixed. Once you pour it into the generator, run the engine for 10 minutes to make sure the treated fuel has moved through the entire system, from the tank to the fuel lines and into the carburetor. This helps protect the entire fuel system during storage.

The Monthly Load Test: Testing Under Pressure

Why Idling Isn’t Enough

Starting your generator and letting it idle for five minutes is a good start, but it doesn’t tell you the whole story. The engine might run fine at low speeds but stumble the moment you plug in a refrigerator. To truly test the system, you must apply a load.

Safe Ways to Apply a Mock Load

Once a month, start the unit and plug in a few high-draw items like a space heater or a hair dryer. Let it run under this load for 15 to 20 minutes. This heats up the alternator windings, drying out any accumulated moisture, and proves that the governor can maintain a steady voltage under stress.

Keeping track of monthly testing and total hours of use also makes it easier to stay on schedule with recommended maintenance intervals.

Common Troubleshooting Signs You Shouldn’t Ignore

Keep an ear out for “hunting” or “surging,” where the engine RPM constantly bounces up and down. This is usually a sign of a partially clogged carburetor. Similarly, if you see blue smoke, you are burning oil; white smoke often indicates moisture in the fuel. Address these signs immediately; they are the engine’s way of whispering that a breakdown is imminent.

Frequently Asked Questions About Generator Maintenance

How often should I perform generator maintenance?

Generator maintenance depends on your model and hours of operation, but you should inspect your generator before every use and follow the maintenance schedule in your owner’s manual. Most portable generators require an oil change after the first 5 hours of operation and then approximately every 100 hours or as recommended by the manufacturer.

How often should I change the oil in my portable generator?

For most portable generators, change the oil after the first 5 hours of operation (the break-in period). After that, replace the oil according to your owner’s manual, typically every 100 hours of use or more frequently in dusty, hot, or demanding conditions.

How can I make my generator last longer?

The best way to extend your generator’s lifespan is through regular maintenance. Keep fresh oil and fresh fuel in the unit, inspect the air filter and spark plug, clean the fuel system as recommended, and store the generator properly when it’s not in use.

How long can a well-maintained portable generator last?

A properly maintained portable generator can often last 10 to 15 years or more, depending on usage and maintenance. Following the recommended maintenance schedule in your owner’s manual helps maximize reliability and engine life.

What type of fuel should I use in my generator?

Use fresh, unleaded gasoline with no more than 10% ethanol unless otherwise specified in your owner’s manual. If fuel will remain in the tank for more than 30 days, add a fuel stabilizer to help protect the fuel system from varnish and corrosion.

Should I run my generator every month?

Yes. Running your portable generator under load for about 15 to 20 minutes once a month helps circulate oil, keep the fuel system clean, remove moisture from the alternator, and verify the generator is ready for the next power outage.

How do I store a portable generator for long periods?

For long-term storage, drain the carburetor or use a fuel stabilizer with fresh fuel, change the oil if necessary, clean the generator, and store it in a dry location with a protective cover. Always follow the storage procedures outlined in your owner’s manual.

Can I clean my generator with a pressure washer?

No. High-pressure water can force moisture into electrical components and damage the alternator or control panel. Instead, wipe down the generator with a damp cloth and use compressed air or a soft brush to remove dirt and debris from cooling fins.

What maintenance should I perform before hurricane season?

Before hurricane season, inspect the oil level, replace the oil if needed, check the air filter and spark plug, fill the generator with fresh fuel, inspect extension cords, and perform a test run under load to verify everything is working properly.

Where can I find maintenance instructions for my Champion generator?

Your owner’s manual contains the recommended maintenance schedule and service procedures for your specific model. You can also visit Champion’s Help Center for maintenance guides, troubleshooting articles, instructional videos, and additional support resources.

Pre-Season Checklist: Ready for the Storm

Before storm season arrives, complete one final generator maintenance inspection. Verify you have fresh fuel, fresh oil, a spare spark plug, and enough supplies to perform basic maintenance tasks. Review your owner’s manual, inspect your extension cords for damage, and make sure your generator is ready to perform when the power goes out.

Keep Your Generator Ready for Every Outage

Routine maintenance is one of the best ways to protect your investment and ensure your generator is ready when the power goes out. Whether you’re looking for maintenance schedules, oil recommendations, storage tips, or troubleshooting advice, Champion has the resources to help.

Every Champion generator includes free lifetime technical support by phone, email, or live chat, in addition to the product warranty. Visit our Help Center for how-to guides and self-service resources, explore our YouTube channel for maintenance tutorials and troubleshooting videos, or contact our support team anytime for expert assistance.

How to Stay Safe During a Hurricane: Preparation Safety Tips

May 31, 2026

How to Stay Safe During a Hurricane

The best way to stay safe during a hurricane is to prepare before storms develop, follow evacuation orders immediately, maintain emergency supplies, and use backup power safely during outages.

Monitoring forecasts from the National Oceanic and Atmospheric Administration (NOAA), which includes the National Weather Service (NWS) and National Hurricane Center (NHC), securing your home, and having a clear emergency plan can significantly reduce risks to your family and property.

Hurricanes can produce dangerous flooding, high winds, prolonged power outages, and severe storm damage. Whether the threat is a tropical storm, major hurricane, or another tropical cyclone known as a typhoon in other regions, early preparation is your strongest defense.

What Should You Do Before Hurricane Season?

Preparing before hurricane activity increases helps reduce stress, improve response times, and ensure access to critical supplies.

Each year, meteorological experts from the NWS and the NHC monitor tropical weather systems across the Atlantic basin, including the Atlantic Ocean and Caribbean Sea. These organizations issue hurricane forecasts, tropical storm advisories, and emergency alerts to help communities prepare for dangerous weather conditions year-round.

Preparing early helps homeowners avoid fuel shortages, long supply lines, and limited emergency resources once named storms begin approaching land.

2026 Hurricane Season Outlook

According to forecasts from the NOAA and Colorado State University (CSU), the 2026 Atlantic hurricane season is expected to produce up to 14 named storms across the Atlantic Ocean and Caribbean – a below-normal forecast compared to recent active seasons.

Seasonal hurricane activity can vary depending on factors such as tropical Atlantic conditions, ocean temperatures, wind shear, and broader weather patterns like El Niño or La Niña.

This seasonal outlook is updated annually and should not replace official local emergency guidance.

What Should Be Included in a Hurricane Emergency Kit?

The NWS recommends assembling emergency supplies well before hurricane activity increases as part of your hurricane preparedness plan. Waiting until a storm has been named can make it difficult to find fuel, food, batteries, and other critical supplies.

Essential Hurricane Emergency Supplies

• Water: Store one gallon per person per day for drinking and sanitation.
• Food: Prioritize high-calorie, non-perishable foods that require little or no preparation.
• Communication: Include a battery-powered or hand-crank NOAA Weather Radio.
• Medical Supplies: Maintain a complete first aid kit and at least a 14-day supply of prescription medications.
• Documentation: Store copies of insurance policies, identification cards, and birth certificates in waterproof containers.
• Backup Power: Keep portable generators or home standby generators available to maintain essential systems during power outages.

How Do You Use a Generator Safely During a Hurricane?

Power outages after major hurricanes can last for days or even weeks depending on storm severity, infrastructure damage, and widespread wind damage. Backup power can help maintain refrigeration, communication devices, medical equipment, lighting, and other essentials during extended outages.

If you are using a portable generator, following proper generator safety procedures is critical to help prevent carbon monoxide poisoning, electrocution, and fire hazards.

Critical Generator Safety Rules

• NEVER operate a generator inside a home, garage, basement, or crawlspace.
• POSITION the generator at least 20 feet away from windows, doors, and vents.
• INSTALL battery-operated carbon monoxide alarms on every level of your home.
• DRY the generator and your hands before operation to reduce electrocution risks.
• USE a Champion Storm Shield to help protect the generator during severe weather operation.

Regardless of the energy source, generators must always operate outdoors in well-ventilated areas. Learn more about generator safety at Take Your Generator Outside.

Should You Evacuate or Shelter During a Hurricane?

If local officials issue a mandatory evacuation order, leave immediately. Emergency managers use storm surge models, hurricane forecasts, and tropical weather data to determine when conditions may become life-threatening.

Even Tropical storms and Category 1 hurricanes can intensify rapidly before landfall, bringing dangerous flooding, high winds, and significant storm damage to coastal and inland communities.

If Evacuating

1. Unplug appliances to reduce potential damage from power surges.
2. Shut off the main water valve and gas pilot lights if instructed by local officials.
3. Follow designated evacuation routes and avoid flooded roadways.

If Sheltering in Place

1. Identify a safe room located on the lowest interior floor away from windows.
2. Stay away from glass doors and windows even if they are boarded.
3. Monitor the eye of the storm carefully and avoid going outside during temporary periods of calm.

How Can You Protect Your Home Before and After a Hurricane?

Protecting your home before a hurricane arrives can help reduce structural damage, storm damage, and overall safety risks.

Before the Storm

• Install impact-resistant shutters or 5/8-inch exterior-grade plywood.
• Clear gutters and downspouts to help prevent flooding.
• Secure or move outdoor furniture, grills, decorations, and trash cans indoors.
• Trim dead or overhanging tree branches that could become airborne during high wind speeds.

These preventative steps can help homeowners reduce the risk of costly wind damage during severe tropical weather.

After the Storm

Floodwaters often contain sewage, chemicals, debris, and hidden electrical hazards. Avoid walking or driving through standing water whenever possible.

Continue monitoring emergency broadcasts and local weather alerts after the storm passes, as flooding, storm damage, downed power lines, and unsafe conditions may continue long after landfall.

Hurricane Safety FAQ

What size generator do I need to power my home during a hurricane?

The right generator size depends on how many appliances and systems you want to power during an outage. Most homes need a generator between 5,000 and 12,500 watts to keep essentials like refrigerators, lights, fans, and select appliances running. Larger homes or those wanting to power central air conditioning may require even more capacity. To choose the right size, add up the running watts of the items you plan to use and account for any higher starting watts needed by appliances like refrigerators or AC units.

How far should a generator be from the house?

Portable generators should always operate outdoors at least 20 feet away from windows, doors, garages, crawlspaces, and vents to help reduce the risk of carbon monoxide poisoning.

Is it safe to run a generator in the rain?

Generators should not operate in standing water or while wet. If you need to run a generator during light rain or wet conditions, use a properly designed cover like the Champion Storm Shield, which protects the unit while maintaining required ventilation. Never operate a generator in heavy rain, flooding, or severe storm conditions.

Can I refuel a generator while it’s running?

Always turn the generator off, allow it to cool, and make sure it is in a well-ventilated area before refueling. Adding fuel while the generator is running can cause flammable gas or fuel vapors to come into contact with a hot engine or spark, creating a serious risk of fire or explosion.

What should you do during the eye of a hurricane?

Do not go outside during the eye of the storm. Conditions may temporarily become calm, but dangerous winds quickly return as the eye passes through.

When should you evacuate during a hurricane?

Evacuate immediately if local officials issue a mandatory evacuation order or if you live in a storm surge or flood-prone area.

How long do hurricane power outages last?

Hurricane-related power outages may last from several hours to multiple weeks depending on storm severity, flooding, wind damage, utility damage, and local infrastructure conditions.

Emergency Customer Support and Resources

During hurricane season, rely on official government agencies and trusted emergency organizations for real-time weather alerts, evacuation notices, disaster assistance, and other hurricane safety tips.

• FEMA — Download the FEMA App for shelter locations and emergency alerts.
• NHC — Access hurricane tracking maps, advisories, and storm updates.
• Red Cross — Contact 1-800-RED-CROSS for disaster assistance and reunification services.
• Local 211 Services — Dial 211 for information about shelters, food banks, and local emergency resources.

Champion Generators Built for Storm Season

Champion Power Equipment offers a full lineup of portable generators and home standby generators designed to keep essential systems running during hurricane-related power outages. Dual Fuel models operate on either gasoline or propane, providing flexibility when fuel supplies become limited. Tri Fuel models add natural gas compatibility, allowing homes with utility service to maintain continuous backup power without refueling.

Many Champion portable generators are equipped with CO Shield technology, which automatically shuts the unit off if it detects unsafe levels of carbon monoxide in nearby enclosed spaces. CO Shield provides an added layer of protection against one of the most common and dangerous hazards associated with portable generator use during storms.

For severe weather operation, the Champion Storm Shield is a heavy-duty generator cover engineered specifically to protect portable generators from rain, sleet, and falling debris while the unit is running. Unlike standard tarps or improvised covers, Storm Shield is designed to maintain the airflow and ventilation a generator requires for safe operation, helping reduce the risk of overheating, water damage, and electrical hazards during prolonged outages. Storm Shield is compatible with select Champion generator models and is a recommended accessory for any homeowner relying on a portable generator during hurricane season.

Every Champion generator includes free lifetime technical support by phone, email, or live chat, in addition to the product warranty. Visit the Help Center for how-to guides and self-service resources, explore our YouTube channel for tutorials and troubleshooting videos, or contact our support team anytime for assistance in getting the most from your generator.

Fuel Face-Off: Gasoline, Propane, and Natural Gas Compared

May 26, 2026

Gasoline, propane, and natural gas each power portable generators with distinct advantages, and Dual or Tri Fuel models let you switch based on availability, cost, and conditions.

Choosing the right fuel for your portable generator affects everything from runtime and power output to storage, emissions, and how easily you can refuel during an outage. This guide breaks down how gasoline, propane, and natural gas each perform, where each fuel makes the most sense, and why Dual Fuel and Tri Fuel generators give you the flexibility to switch when conditions change.

Understanding Generator Fuel Sources

When choosing a portable generator, one of the most important decisions involves selecting the right fuel source. Gasoline, propane, and natural gas are fossil fuels that each power generators effectively, but they differ in portability, fuel costs, storage requirements, environmental impact, and performance in different weather conditions.

For many homeowners, contractors, and outdoor enthusiasts, fuel flexibility is a major advantage. Dual Fuel and Tri Fuel generators allow users to switch between fuels depending on availability, making them especially useful during storms or power outages when fuel supplies may be limited.

Understanding how each energy source performs helps determine the best option for backup power, job sites, camping, or emergency preparedness.

Gasoline Generators: High Power and Easy Refills

Gasoline is the most widely used energy source for portable generators. Its availability at virtually every gas station makes refills quick and convenient, especially during short-term power outages or job site use.

Because gasoline contains a higher energy density, generators typically produce their maximum power output when running on gasoline. This makes gasoline an ideal option for applications where high starting wattage is required, such as running power tools, sump pumps, refrigerators, home heating, and other household appliances.

However, gasoline does have drawbacks. It has a relatively short shelf life and can begin degrading after several months if not stabilized. During large storms or emergencies, fuel shortages can also occur as people rush to fill containers.

Gasoline generators also produce exhaust emissions that contribute to their environmental impact.

Propane Generators: Cleaner-Burning and Reliable Storage

Propane has become an increasingly popular fuel source for portable generators thanks to its cleaner-burning properties and long-term storage benefits.

Unlike gasoline, propane does not degrade over time. Propane tanks and larger storage tanks can be stored for extended periods without affecting fuel quality, making them ideal for emergency preparedness. For homeowners who want backup power ready at any time, propane offers dependable cost-effectiveness and reliability.

Propane eliminates carburetor-related issues associated with gasoline, such as fuel degradation and clogging during storage. In addition, propane burns cleaner than gasoline, producing fewer emissions and reducing its environmental impact. This makes propane a lower-emissions energy source compared to many traditional fuels.

The main trade-off is slightly reduced power output. Generators running on propane typically produce a small reduction in wattage compared to gasoline because propane contains less energy per unit of volume.

Still, propane remains a versatile fuel that works well for camping, RVing, backup power, and remote job sites where portability and fuel storage safety matter.

Natural Gas Generators: Continuous Fuel Supply

Natural gas is another energy source available for certain generators, particularly Tri Fuel models designed to operate on gasoline, propane, or natural gas.

One of the biggest advantages of natural gas is its continuous gas supply. When connected to a residential gas line, a generator can run without requiring fuel refills, making it an attractive option for extended outages.

Natural gas offers a low-maintenance alternative to gasoline because it is supplied directly from a utility line, eliminating concerns about stale fuel and many carburetor issues caused by gasoline sitting unused for extended periods. It also burns more cleanly than gasoline, producing fewer emissions and lowering its overall environmental impact. For homeowners with access to a natural gas connection, this makes it a convenient and more eco-conscious fuel option for backup power.

However, natural gas generators require access to a home or commercial gas supply line, which limits their portability compared to gasoline or propane generators. In addition, power output is usually slightly lower than gasoline or propane when running on natural gas because it contains less energy per BTU/cubic foot.

For homeowners who already have natural gas service, a Tri Fuel generator connected to the home’s gas line can provide a convenient and reliable backup power solution.

Which Produces More Power?

When comparing generator fuels, gasoline typically delivers the highest power output. Most generators are rated for their maximum wattage using gasoline because it provides greater energy density.

Propane generators generally produce slightly less power, often around 5–10% lower output depending on the engine and generator design. Natural gas typically results in an even larger reduction in wattage.

While gasoline may provide maximum performance, propane and natural gas offer advantages in clean-burning operation, storage stability, and reduced environmental impact. For many users, the ability to switch* between fuels offers the best balance of performance and flexibility.

*The generator must always be turned off and allowed to cool before switching between fuel sources.

How Much Fuel Does a Portable Generator Use Per Hour?

Fuel consumption depends on the generator size, load level, and fuel source. A typical mid-size portable generator running at half load might use approximately:

• 0.6–0.75 gallons of gasoline per hour
• 1–1.2 gallons of propane per hour
• Natural gas consumption varies depending on gas pressure and generator design

Please note that standard portable generators and inverter generators have their fuel consumption rated at different loads. Standard portable generators are rated at 50% load, whereas inverters are measured at 25% load.

Actual usage varies based on engine efficiency, electrical load, and operating conditions. Generators operating under heavier loads will consume more fuel.

Fuel consumption also affects fuel costs and overall cost-effectiveness over time. In some regions, propane or natural gas may offer lower operating costs depending on local fuel prices and gas supply availability.

Is Gasoline, Propane, or Natural Gas Better for Cold Weather?

Cold temperatures can influence generator performance, especially when storing and handling fuel.

Gasoline performs reliably in cold weather, though it can degrade during long storage periods. Propane stores indefinitely but may experience reduced pressure in extremely low temperatures. Natural gas is also a dependable option in winter, providing a continuous fuel supply through your home’s utility line and eliminating the need to refuel or store fuel on-site. However, because it depends on an active gas utility connection, it may not be available in areas without natural gas service or during rare utility disruptions.

For most winter climates, gasoline, propane, and natural gas all perform well when generators are properly maintained and protected from harsh weather conditions. Proper fuel storage, maintenance, and safe operation practices help maintain reliable generator performance.

Regardless of the energy source, generators must always operate outdoors in well-ventilated areas to prevent carbon monoxide exposure.

Choosing the Right Generator Fuel

The best fuel for a portable generator depends on how and where it will be used. The best fuel type depends on usage:

• Gasoline: highest power output, easy on-site refills, but highly flammable.
• Propane: cleaner-burning, long storage, ideal for off-grid backup and emergency preparedness.
• Natural Gas: continuous supply for homes with gas service, convenient, and eco-friendly.

For many users, Dual Fuel or Tri Fuel generators offer the best combination of flexibility, energy efficiency, cost-effectiveness, and reduced environmental impact. The ability to switch fuels helps ensure power remains available even when one fuel source becomes difficult to obtain. By understanding the differences between gasoline, propane, and natural gas, generator owners can choose the energy source that best fits their needs for backup power, outdoor activities, or job site electricity.

From Fuel Choice to Reliable Power

Champion Power Equipment offers a full lineup of portable generators designed to meet a wide range of power needs. Dual Fuel models operate on either gasoline or propane, giving you added flexibility during power outages or fuel shortages. Tri Fuel models also run on natural gas, making them an excellent option for homes with utility service by providing continuous backup power without the need to refuel. Whether you need portable power for a job site, reliable backup for your home, or the convenience of multiple fuel options, there’s a Champion generator built for the task.

Every Champion generator includes free lifetime technical support by phone, email, or live chat, in addition to the product warranty. Visit the Help Center for how-to guides and self-service resources, explore our YouTube channel for tutorials and troubleshooting videos, or contact our support team anytime for assistance in getting the most from your generator.

What Size Generator Do I Need?

April 24, 2026

Most homes typically require a 5000–12,500-watt generator to keep essential appliances running during an outage.

Wondering, “what size generator do I need?” Selecting the appropriate generator size is key to keeping your essentials running smoothly, whether you’re facing a home power outage, powering tools at a job site, or enjoying the great outdoors.

With so many options available, determining what size generator to run a house can feel overwhelming. This guide is here to assist you in understanding what size generator you need for your house, exploring different generator types, and utilizing sizing tools to make a solid choice.

Types of Generators

When figuring out “what size generator do I need” for my house, it helps to know the different types. Portable generators are convenient for everything from camping trips to home backup during outages. They’re generally smaller and easy to move, making them a preferred choice for temporary power needs. In contrast, home standby generators are installed permanently and activate automatically during outages, providing whole-house backup.

• Portable Generators:
  • Standard units that provide electrical power for devices, tools, appliances, or recreation. Available in ranges from 1000–22,000+ watts, they are economical, durable, powerful, and portable.
• Inverter Generators:
  • Quieter and lighter than standard portable generators, inverters produce clean, stable power ideal for sensitive electronics like phones and laptops. Larger inverter generators can also support electric vehicle charging. Typically ranging from 1000–11,000+ watts, they use intelligent microprocessors to adjust engine speed based on load — improving fuel efficiency and extending engine life.
• Home Standby Generators: permanent whole house generators ranging from 8500–26,000+ watts that automatically restore power within seconds of an outage being detected. Professional installation required.

⚠️ Safety Note — Home Backup Use

When using a portable generator for home backup power, it must be connected to a manual transfer switch installed by a licensed electrician. This ensures safe operation and proper distribution of power to your selected circuits.

• The generator must always be operated outside to avoid the dangers of carbon monoxide.

Fuel Types

Your generator’s fuel type also influences its size and capacity. They can operate on gasoline, propane, or natural gas.

• Dual Fuel Generators and Inverters: operational using either gasoline or propane.
• Tri Fuel Generators and Inverters: capable of running on gasoline, propane, or natural gas.

Gasoline

• Fuel readily available around the world
• No additional fuel tank is needed for run time
• Provides highest power output

Propane

• Costs less than gasoline
• Clean burning fuel with a longer shelf life
• No fuel degradation during storage
• Note: propane typically delivers approximately 10% less wattage output than gasoline — factor this in when sizing

Natural Gas

• Lowest cost of the three options
• No refills needed — connects directly to your home’s utility line
• Note: natural gas typically delivers approximately 10–15% less wattage output than gasoline — factor this in when sizing

Calculating Your Power Needs

To determine the right size for your power needs, start with the wattage requirements of your key appliances. Each appliance usually has a wattage label or it’s listed in the manual. Create a list of everything you want to power during an outage, from the fridge to your most critical appliances, and note their wattage needs. You can use our Wattage Reference Chart to help guide you on determining wattage of a tool or appliance.

What is Wattage?

Wattage refers to the amount of electrical power needed to run a device, tool, or appliance.

How to Calculate Wattage

Determining the wattage needed by a device, tool, or appliance is usually straightforward, but not always. While many products list wattage directly on their label, others may only provide volts and amps. In those cases, you’ll need a quick calculation to find the wattage.

Use the following formula when wattage isn’t listed:

• Volts (V) × Amps (A) = Watts (W)

Starting vs. Running Watts

Many appliances — like refrigerators and hair dryers — require both a starting wattage and a running wattage to operate properly. Simpler devices like light bulbs and laptops require only a running wattage. So keep in mind the difference between starting and running watts.

Starting watts: the additional burst of power certain devices require to start up. Starting watts are typically 1–2 times the running wattage and only last a fraction of a second.

Running watts: the continuous power a device needs to keep operating once it’s up and running. This is the number you’ll use for most of your calculations.

Determining Your Total Wattage Needs

Now that you understand how wattage works, follow these steps to estimate the generator size you’ll need:

1. List all the appliances and devices you plan to power with a generator.
2. Find the running watts for each item (use the label or calculate it if only volts and amps are listed).
3. Add together all running watts to get your base power requirement.
4. Identify the highest starting wattage among your appliances.
5. Add that starting wattage to your total running watts to determine your peak power need.

This final number gives you a clear picture of the generator size required to keep everything running smoothly. With a wide range of options available, Champion Power Equipment makes it easy to find a generator that fits your specific home use power needs.

Wattage Reference Table

The appliances below represent the most common items people want to power. For a complete list of appliances, tools, and outdoor equipment, see our Generator Wattage Chart.

— These appliances do not require extra starting watts. Size based on running watts only.

Understanding Generator Sizes

Generators come in various sizes for different tasks — here’s how to match your wattage needs to the right tier.

Recognizing these distinctions helps you determine what size works best for your power demands.

Need automatic whole-home generator backup? Home standby generators offer a permanent, automatic power system ranging from 8500–26,000 watts. Unlike portable generators, they activate within seconds of an outage — no setup required. What Size Generator Do I Need?

Frequently Asked Questions

What size generator do I need for a 2000 sq ft house? Most 2000 sq ft homes need a 5000–7500 watt generator to cover essentials like the refrigerator, lights, outlets, and a window AC unit. If you want to run central air conditioning, plan for 10,000 watts or more.

Will a 3500 watt generator run a refrigerator? Yes — a modern refrigerator typically runs at 150–400 watts and starts at around 800–1200 watts, well within a 3500W generator’s capacity. You’ll have remaining wattage for lights and small devices.

What’s the difference between starting watts and running watts? Running watts is the continuous power a device needs to operate. Starting watts is the brief power surge required to start appliances with motors — like refrigerators and air conditioners. Always size your generator to handle the highest starting wattage among your appliances, added to your total running wattage.

Do I need a transfer switch for a portable generator? Yes, if you’re connecting a portable generator to your home’s electrical system. A manual transfer switch, installed by a licensed electrician, safely routes generator power to your chosen circuits and prevents back-feeding electricity into utility lines — which can be dangerous for utility workers.

Does running on propane or natural gas affect my generator’s output? Yes. Generators running on propane typically produce about 10% less wattage than on gasoline. Natural gas can reduce output by 10–15%. If you plan to use an alternate fuel, factor this reduction into your sizing calculation.

What is the difference between a portable generator and a home standby generator? Portable generators are manually operated, require setup, and run on gasoline or alternate fuels. Home standby generators are permanently installed, activate automatically within seconds of an outage, and connect directly to your home’s electrical system and fuel supply. Standby generators require professional installation.

Using a Generator Sizing Tool

You’ve calculated your wattage needs — now use our Portable Generator Selector Tool to find the right generator in minutes. Simply make a few selections and you’ll receive tailored recommendations based on your specific power requirements.

After receiving your results, take a moment to review them. Consider the suggested sizes and think about potential future needs or additional devices you might want to add later. It’s wise to choose a generator that exceeds your calculated wattage by a safe margin for any unexpected surges. With these tips, you can confidently decide what size generator to run a house, ensuring reliable performance, a sound investment, and peace of mind.

Customer Support

Still unsure how much power you need in a backup generator? Our team is here to help you find the generator that fits your specific needs. Reach support by phone or live chat, or visit the Help Center for easy-to-follow guides and self-service tools. You can also check out our YouTube channel for tutorials and troubleshooting videos to help keep your equipment running smoothly.