Generator Estimator
Why Backup Power Matters
Power outages can affect more than convenience. Refrigerated food, home comfort, internet access, lighting, and even safety can all become problems when a home loses power. A standby generator helps keep the most important parts of the house running when the grid goes down.
What Homeowners Usually Feel First
- Food LossFridges and freezers only have so much safe time before losses start stacking up.
- Comfort Drops FastCooling, heating, hot water, and normal routines stop feeling automatic.
- Safety And FunctionLights, internet, garage access, and everyday basics all become bigger problems than people expect.
Why This Slide Exists
That keeps the left slider simple while the right side explains the engineering and installation details we intentionally cut from the form.
Choose The Right Level Of Backup
Not every home needs the same type of generator setup. Some homeowners only want to protect a few essentials, while others want whole-home comfort during an outage. The right system depends on how you live and what you want to keep running.
Backup Tiers
- Essentials OnlyCovers basics like refrigeration, lights, and internet.
- Comfort LivingAdds more convenience and more daily functionality.
- Whole Home BackupSupports a more normal routine during outages.
- Large Property / ExtrasAccounts for homes with larger electrical demands.
Selection Sync
When users choose a backup goal on the estimator, this slide highlights the matching tier automatically. The guide can still be browsed manually without changing the estimator.
Generator Size Tiers At A Glance
As backup expectations increase, the generator system usually needs to increase too. Smaller systems can cover basics, while larger systems are better suited for full-home comfort and added electrical loads.
Why Home Size Affects Generator Sizing
Larger homes usually come with more circuits, more lighting, more appliances, and more comfort expectations. Square footage does not tell the whole story, but it gives a useful starting point for estimating the right generator range.
What Home Size Tells Us
- More Rooms Usually Means More DemandLighting, outlets, entertainment, and convenience loads tend to scale up with house size.
- Comfort Expectations Rise TooBigger homes are more likely to expect cooling, cooking, and normal routines during an outage.
- It Is A Starting PointThat is why this short form pairs home size with AC, heating, extras, and fuel instead of asking 30 technical questions.
Estimator Strategy
We keep the left side marketing-friendly by asking broad power signals instead of full circuit math. The guide handles the explanation load so the form does not become a chore.
Typical Demand By Home Size
Smaller homes often need less backup capacity, while larger homes tend to require more. This becomes more obvious once comfort systems, kitchen appliances, and added conveniences are involved.
Selected Home Range
Air Conditioning Can Change Everything
Air conditioning is one of the biggest factors in generator sizing. If you want cooling during an outage, the generator often needs to be sized much higher than it would be for lights, refrigeration, and basic circuits alone.
Why AC Matters
- Cooling Adds Real LoadAC pushes the system requirement up faster than many homeowners expect.
- Comfort Expectations ShiftWanting the house to stay cool changes the size tier much more than wanting lights and internet only.
Current Selection
This card gets emphasized when the estimator answer for AC is Yes.
Gas Heat vs Electric Heat
Homes with natural gas heat usually place less electrical demand on a generator than homes with electric heating systems. Electric heat can require a much larger generator because the heating load itself draws significant power.
Heating Type Comparison
- Natural GasUsually easier on the generator because the heating load is not fully electric.
- Electric HeatOften requires more generator capacity because the heating load itself is electrical.
- Heat PumpMore efficient than traditional electric resistance heat, but still important to account for.
- Not SureUse a balanced estimate now and refine later during the exact quote stage.
What About Heat Pumps?
Heat pumps are often more efficient than traditional electric resistance heat, but they still need to be accounted for when sizing a backup system. Startup demand and outdoor unit operation can affect the recommendation.
Why They Still Matter
- Startup Demand ExistsEven efficient systems can create a larger moment of demand when they first kick on.
- Heating And Cooling RoleHeat pumps often matter in both seasons, not just in winter.
When This Slide Leads
If the estimator answer is Heat Pump, this guide slide is one of the most important ones in Group C and should feel visibly emphasized.
Heating Matters Most When Comfort Becomes Safety
In colder conditions, backup power is not just about convenience. Reliable heating can help protect pipes, preserve indoor comfort, and keep the household functioning during a winter outage.
Why This Stays In The Guide
- Simple Form, Smarter ExplanationWe intentionally avoid asking users about panel size, conductor sizing, or circuit details here.
- The Guide Carries The DepthThis is where the estimator stays smooth while the right side explains why heating still matters.
Some Loads Add Up Fast
A few special items can change generator size more than people expect. Well pumps, workshop tools, hot tubs, and similar equipment can push a home into a larger standby category even when the rest of the home seems fairly typical.
Why We Ask About Extras
- Well PumpWater supply equipment often deserves separate attention.
- Hot TubHeating and circulation can move the estimate upward fast.
- Workshop / Large ToolsBigger tools create hidden demand most basic calculators miss.
EV Charging Requires Serious Backup Capacity
If you want to charge an electric vehicle during an outage, generator size can increase significantly. EV charging adds a major load, which is why it should be considered early in the estimate instead of being left as an afterthought.
Typical EV Reality
- Charging Is Not A Tiny Add-OnIt often pushes the recommendation into a higher system tier.
- Planning MattersUsers may not need full-speed charging during an outage, but the load still needs to be discussed.
Selection Sync
This slide becomes emphasized when the user selects EV Charger on the estimator.
Pools, Pumps, And Outdoor Equipment Matter Too
Pool systems, well pumps, and similar equipment often get overlooked in basic calculators. These loads can meaningfully affect system size, especially when paired with air conditioning or whole-home backup goals.
What This Group Tries To Catch
- PoolPool pumps and related equipment can move a home into a larger recommendation band.
- Well PumpEssential water supply loads deserve more attention than many calculators give them.
Natural Gas And Propane Are The Most Common Standby Options
Most home standby systems run on either natural gas or propane. Natural gas can be convenient when utility gas is already available. Propane is often a strong option for homes outside natural gas service areas.
Fuel Comparison
- Natural GasConvenient when service is already available at the home.
- Propane TankA common standby option for homes without utility gas access.
- Not SureUse the estimator now and confirm the best path later.
Why This Stayed Simple
Instead of asking about tank size, pressure, and routing in the estimator, we ask the simple fuel question first and explain the extra install details later in the guide.
Fuel Supply Affects Runtime And Planning
A standby system is only as useful as the fuel available to support it. Natural gas systems rely on utility service, while propane systems depend on stored fuel capacity. That is one reason fuel choice matters beyond generator size alone.
Guide-Only Detail
- Runtime Questions Belong HereThis is the right place to explain fuel planning without cluttering the estimator flow.
- Good Estimate FirstExact routing, regulator details, and site conditions can wait until the full quote stage.
A Standby Generator System Includes More Than The Generator
The full setup usually includes the generator, a transfer switch, fuel connection, electrical work, and placement at the home. Final pricing depends on site conditions, but the estimator helps establish the right starting range.
Typical Standby System
How Your Generator Estimate Was Built
Your recommendation is based on the backup level you want, the size of your home, your heating type, whether you want air conditioning, added high-power items, and the fuel assumptions selected along the way.
- Generator—
- Transfer SwitchIncluded
- Electrical InstallationIncluded
- Standard Pad / BaseIncluded
- Basic MaterialsIncluded
What Affects Final Installation Cost
The estimate shown here is a strong planning range, but final installation cost can still change based on electrical panel conditions, generator placement, fuel line routing, permits, and site-specific construction needs.
The Things We Intentionally Cut From The Main Estimator
- Panel Size And ConditionUseful for the final quote, but too technical for the first pass.
- Distance From Panel Or Gas SourceRouting and trenching change labor and materials.
- Pad Conditions, Permits, HOA, And Site AccessAll important later, but not needed to deliver the fast planning result.
What Happens Next
Once the right generator size range is identified, the next step is confirming the exact system, installation conditions, and final quote. That part usually includes a site review, equipment confirmation, and a detailed installation plan.
Typical Next Steps
- Confirm Exact Generator ModelMatch the right equipment to the final home and site conditions.
- Review Installation ConditionsPanel, fuel, routing, and pad details get tightened up here.
- Move Into Final QuoteThis is where the reserved form / CTA area on the estimator result would eventually connect.
Current Build Status
This file intentionally stops before form submission logic. The next phase can wire the result CTA into the final lead form and posting flow.
Essentials Only Backup
This tier is designed to keep the most critical systems in your home running during an outage. It covers the things that matter most when the power goes out and nothing else is available.
What Gets Covered
- Refrigerator And FreezerKeeps food safe and prevents spoilage during extended outages.
- Basic LightingEnough to move through the house safely and handle everyday tasks.
- Internet And Phone ChargingKeeps communication and information access available when you need it most.
- Garage Door And SecurityMaintains access to the home and keeps alarm or camera systems active.
What This Means For Sizing
- Typical Range: 7–14kWSmaller standby systems can usually handle essentials-only loads without oversizing.
- Lower Installed CostBecause the demand is smaller, the equipment and installation tend to fall in the lower price range.
- Best ForHomeowners who want reliable backup for the basics without powering the entire house during an outage.
Comfort Living Backup
This tier goes beyond the basics. It keeps daily routines closer to normal by adding kitchen use, some climate comfort, and more of the circuits homeowners rely on throughout the day.
What Gets Added
- Kitchen AppliancesMicrowave, oven, dishwasher, and countertop devices stay available for regular meal prep.
- More Lighting And OutletsAdditional rooms and circuits stay powered beyond just the essentials.
- LaundryWasher and dryer can continue running, which matters more during longer outages.
- Partial Climate ControlFans, portable heaters, or limited AC use may be possible depending on system size.
What This Means For Sizing
- Typical Range: 14–20kWMid-size standby systems are common for this tier, balancing comfort with cost.
- Mid-Range InvestmentMore capacity than essentials, but still well below whole-home pricing.
- Best ForFamilies who want daily life to feel mostly normal during a power outage without the cost of a full whole-home system.
Whole Home Backup
This tier is built to keep the entire home running as close to normal as possible. Air conditioning, heating, all kitchen circuits, entertainment, and general comfort are all expected to stay on.
What This Covers
- Full HVAC OperationCentral air conditioning and heating stay running, which is often the biggest single load in the home.
- Every Room Stays PoweredAll lighting, outlets, and general circuits remain active throughout the house.
- All Major AppliancesKitchen, laundry, water heater, and entertainment systems continue without interruption.
- Near-Normal LivingThe goal is for the household to barely notice the outage beyond the initial transfer.
What This Means For Sizing
- Typical Range: 20–26kWWhole-home systems need enough capacity to handle simultaneous loads across the entire house.
- Higher Investment, Higher ComfortCosts increase with system size, but the result is seamless backup for the full household.
- Best ForHomeowners who do not want to compromise on comfort or choose which circuits to prioritize during an outage.
Large Property / Extras
This tier is for homes with electrical demands that go beyond typical whole-home backup. Pool systems, EV chargers, hot tubs, workshops, and larger square footage all push the generator requirement higher.
What Makes This Different
- High-Draw EquipmentPools, hot tubs, EV chargers, and workshop tools each add significant demand on top of normal household loads.
- Larger Homes With More ZonesMulti-zone HVAC, multiple panels, and extensive circuit runs are more common at this level.
- Simultaneous Load PlanningThe system needs to handle multiple large loads running at the same time without tripping or overloading.
- Premium Equipment TierGenerators in this range are typically the largest residential standby units available.
What This Means For Sizing
- Typical Range: 24–26kW+Often the top of the residential standby range, sometimes requiring commercial-grade consideration.
- Highest Investment TierEquipment, fuel infrastructure, and installation labor all scale up with the added demand.
- Best ForLarge properties, homes with pools or EV charging, workshop owners, and anyone whose electrical demand exceeds a typical whole-home profile.
Under 1,500 Sq Ft
Smaller homes generally have lower overall electrical demand. Fewer rooms, fewer circuits, and smaller HVAC systems all contribute to a more manageable generator sizing conversation.
What This Home Size Typically Includes
- Single-Story Or Small Two-Story LayoutsRanch homes, starter homes, cottages, and compact modern builds are common in this range.
- Simpler Electrical PanelsUsually a single 100A or 200A panel with fewer breakers and less total circuit load.
- Smaller HVAC SystemsOften a single-zone system with lower tonnage, which means less electrical draw for heating and cooling.
How It Affects The Estimate
- Lower Base DemandFewer appliances, fewer lights, and smaller climate systems keep the baseline electrical load down.
- Often Fits Smaller GeneratorsMany homes in this range can be covered by a mid-tier standby system unless high-power extras are involved.
- Best ForFirst-time homeowners, downsized living, vacation homes, and compact urban properties.
1,500–2,500 Sq Ft
This is one of the most common home size ranges. It usually includes enough rooms, appliances, and systems to create a moderate baseline demand that a mid-to-large standby generator handles well.
What This Home Size Typically Includes
- Three To Four BedroomsStandard single-family homes, two-story suburban layouts, and newer residential builds fall here.
- Standard 200A PanelMost homes in this range have a standard residential panel with a moderate number of circuits.
- Mid-Range HVACTypically a 2.5 to 3.5 ton AC unit or heat pump system serving the full home.
- Full Kitchen And LaundryStandard appliance loads including range, dishwasher, refrigerator, washer, and dryer.
How It Affects The Estimate
- Balanced Mid-Range DemandNot the smallest and not the largest, which makes this range well suited for common standby sizes.
- Most Common Generator FitSystems in the 16–22kW range are often the sweet spot depending on AC, heating, and extras.
- Best ForGrowing families, suburban neighborhoods, and standard residential developments.
2,500–3,500 Sq Ft
Homes in this range have more rooms, more circuits, and often more comfort expectations. HVAC systems are larger, kitchens tend to be more demanding, and overall electrical infrastructure is more extensive.
What This Home Size Typically Includes
- Four Or More BedroomsLarger family homes, multi-level layouts, and properties with bonus rooms or home offices.
- Larger HVAC SystemsOften 4 to 5 ton units or multi-zone systems, which draw more power during startup and continuous operation.
- More Circuits And Higher LoadsAdditional lighting zones, dedicated appliance circuits, and sometimes a sub-panel for garage or workshop areas.
How It Affects The Estimate
- Higher Comfort DemandMore rooms powered means more simultaneous load, especially when AC and kitchen are both running.
- Often Needs 20kW Or MoreHomes this size frequently land in the whole-home generator range, especially with AC included.
- Best ForEstablished families, custom builds, and homeowners who expect full-home comfort during outages.
3,500+ Sq Ft
Larger homes come with significantly more electrical infrastructure. Multi-zone HVAC, multiple panels, extensive lighting, and higher overall comfort expectations all push generator sizing toward the top of the residential range.
What This Home Size Typically Includes
- Five Or More Bedrooms Or Large Open Floor PlansCustom homes, estate properties, and large suburban builds with extensive square footage.
- Multi-Zone HVACOften two or more AC units or a zoned system with higher total tonnage and electrical draw.
- Multiple Panels Or Sub-PanelsLarger homes frequently have additional electrical panels for separate areas of the house.
- Premium Kitchens And AmenitiesDouble ovens, commercial-style ranges, wine coolers, and other high-draw appliances are more common.
How It Affects The Estimate
- Highest Residential DemandEverything scales up at this size, from lighting circuits to HVAC to general appliance loads.
- Typically 22–26kW+ RangeMost homes this size land near the top of residential standby sizing, especially with extras.
- Best ForLarge families, luxury homes, properties with guest suites, and homeowners with high comfort standards.
Natural Gas Heating
Homes heated by natural gas furnaces generally place less electrical demand on a backup generator. The furnace burns gas for heat and only uses electricity to run the blower fan and controls.
How It Works
- Gas Does The Heavy LiftingThe combustion process creates the heat. The electrical system only powers the blower motor, igniter, and thermostat.
- Lower Electrical DrawA gas furnace blower typically draws 400 to 800 watts, far less than an electric furnace or heat pump.
- Simpler Sizing ImpactBecause the heating load is mostly non-electrical, the generator can focus capacity on other systems in the home.
What This Means For Your Estimate
- Favorable For Generator SizingNatural gas heat usually keeps the total electrical demand lower, which can mean a smaller or more affordable generator.
- Winter Outages Are Easier To ManageThe furnace still runs during an outage as long as the generator powers the blower and controls.
- Best ForHomes already connected to a gas utility line, which also makes natural gas generators a natural pairing.
Electric Heat
Homes with electric resistance heating place a much higher electrical demand on a generator. The heating elements draw significant power, which often pushes the generator recommendation into a larger size range.
Why Electric Heat Draws So Much Power
- Resistance Heating Is Power-HungryElectric furnaces and baseboard heaters convert electricity directly to heat, which requires a large amount of current.
- Typical Draw: 10,000–20,000+ WattsA single electric furnace can draw as much as the rest of the house combined during cold weather.
- Startup And Sustained LoadElectric heat does not just surge on startup. It draws heavy continuous power for as long as the thermostat is calling for heat.
What This Means For Your Estimate
- Larger Generator RecommendedElectric heat often requires stepping up one or two size tiers compared to gas-heated homes.
- Winter Readiness Matters MostIf you want heat during a winter outage, the generator must be sized for this load from the start.
- Best ForHomes without natural gas service that rely entirely on electric heating systems.
Heat Pump
Heat pumps are more energy-efficient than traditional electric resistance heat, but they still require meaningful electrical capacity. They handle both heating and cooling, which means they affect generator sizing in every season.
How Heat Pumps Affect Demand
- More Efficient Than Electric ResistanceHeat pumps move heat rather than generating it, using significantly less electricity per unit of warmth.
- Startup Surge Can Be SignificantCompressor motors create a momentary spike when they kick on, which the generator must be able to handle.
- Dual-Season RoleThe same system provides cooling in summer and heating in winter, so it matters year-round for backup planning.
- Auxiliary Heat StripsMany heat pump systems include electric backup strips that kick in during very cold weather, adding substantial draw.
What This Means For Your Estimate
- Mid-Range Impact On SizingLess demanding than full electric heat, but more than natural gas. The estimate accounts for this middle ground.
- Backup Strip PlanningIf auxiliary heat strips are present, the generator may need to be sized higher to cover cold-weather operation.
- Best ForHomes with modern HVAC systems that use heat pump technology for both heating and cooling efficiency.
Not Sure About Heating
Not knowing exactly how your home is heated is completely normal. Most homeowners do not think about their heating system type until something like generator planning brings it up.
How To Identify Your System
- Check Your ThermostatIf your thermostat has an “Emergency Heat” setting, you likely have a heat pump system.
- Look At The Outdoor UnitIf there is an outdoor unit that runs in both summer and winter, it is likely a heat pump. AC-only units only run in summer.
- Check For A Gas LineIf your furnace has a gas line running to it, you most likely have natural gas heat.
- Baseboard Or Wall UnitsElectric baseboard heaters or wall-mounted units usually mean electric resistance heat.
What Happens With This Selection
- Balanced EstimateThe estimator uses a middle-ground assumption so the recommended range stays reasonable regardless of heating type.
- Refine LaterDuring the full quote stage, the exact heating system will be confirmed and the recommendation can be adjusted.
- No Wrong Answer HereThis selection keeps the process moving while still delivering a useful planning number.
Well Pump
Homes on well water depend entirely on an electric pump for their water supply. Without backup power, there is no running water for drinking, cooking, bathing, or flushing toilets.
Why Well Pumps Matter
- No Power Means No WaterUnlike homes on city water, well-dependent homes lose all water access during a power outage.
- Typical Draw: 1,000–2,500 WattsSubmersible well pumps draw steady power while running, with a startup surge that can be two to three times higher.
- Pressure Tank CyclingThe pump cycles on and off to maintain pressure, creating repeated startup surges the generator must handle.
What This Means For Your Estimate
- Meaningful Addition To LoadThe pump itself plus its startup surge add a real layer to the total system demand.
- Essential For Rural HomesIf you rely on well water, backing up the pump is usually non-negotiable during an outage.
- Best ForAny home on a private well where water supply continuity is a priority.
Pool
Pool systems include pumps, filters, and sometimes heaters or chlorinators. These loads can be significant, especially when combined with the rest of the home during an outage.
What Pool Equipment Adds
- Pool Pump: 1,500–3,000 WattsThe main circulation pump runs for extended periods and creates a consistent electrical draw.
- Pool HeaterGas heaters use minimal electricity, but electric or heat pump pool heaters add substantial load.
- Filtration And AutomationSalt chlorinators, automated valves, and control systems all add smaller but consistent loads.
- Seasonal ConsiderationPool equipment runs heavily in warmer months, which is also when AC demand peaks.
What This Means For Your Estimate
- Pushes The Range HigherPool loads combined with AC and household circuits often push homes into the larger generator tiers.
- Can Be ManagedSome homeowners choose to leave pool equipment off the generator circuit to reduce sizing needs.
- Best ForHomeowners who want to maintain pool circulation and cleanliness during extended outages.
Hot Tub
Hot tubs combine a heating element with a circulation pump, creating a demand profile that can move a generator estimate upward quickly. The heating load is the main driver.
How Hot Tubs Affect Demand
- Heating Element: 4,000–6,000 WattsElectric heaters maintain water temperature and draw significant continuous power when active.
- Circulation Pump: 500–1,500 WattsJets and filtration pumps add on top of the heater load.
- Dedicated 240V CircuitMost hot tubs require a dedicated high-voltage circuit, which adds a meaningful load to the panel.
What This Means For Your Estimate
- Fast Load IncreaseA hot tub can add the equivalent of a small room’s worth of electrical demand all by itself.
- Cold Weather Amplifies ItIn winter the heater runs harder and longer to maintain temperature, increasing the sustained draw.
- Best ForHomeowners who want their hot tub to remain operational during extended power outages.
EV Charger
Electric vehicle charging is one of the largest single loads a home can have. A Level 2 charger draws as much power as a central air conditioner, which means it has a major impact on generator sizing.
Why EV Charging Hits Hard
- Level 2 Draw: 7,200–11,500 WattsMost home EV chargers operate at 30 to 48 amps on a 240V circuit, creating a sustained high draw.
- Long Run TimesCharging a vehicle from low to full can take several hours, meaning the generator carries this load for an extended period.
- Simultaneous Load RiskIf the EV charges while AC, kitchen, and other systems are running, the total demand stacks up fast.
What This Means For Your Estimate
- Often Pushes To The Largest TierEV charging alone can move a home into the 24kW+ generator range, especially combined with whole-home backup goals.
- Load Management Options ExistSome setups allow reduced-rate charging during outages to lower the demand on the generator.
- Best ForEV owners who need the ability to charge during extended outages or who rely on their vehicle for daily transportation.
Workshop / Large Tools
Workshops, garages with power tools, and hobby spaces with compressors or welders can add hidden electrical demand that most basic calculators miss entirely.
Common Workshop Loads
- Air Compressors: 1,500–5,000 WattsCompressor motors create large startup surges that can be three to five times higher than running watts.
- Table Saws And Planers: 1,800–3,500 WattsLarger woodworking tools draw significant sustained power during operation.
- Welders: 2,500–7,500+ WattsEven small hobby welders place a heavy load on the electrical system.
- Dust Collection And LightingShop vacuums, dust collectors, and high-output lighting add consistent background demand.
What This Means For Your Estimate
- Startup Surges Are The ChallengeMotor-driven tools can surge to several times their rated wattage on startup, which the generator must absorb.
- Not Always RunningWorkshop loads are often intermittent, but the generator must still be sized for the worst-case moment.
- Best ForHobbyists, tradespeople, or anyone who wants to use power tools during an extended outage.
Natural Gas Fuel
Natural gas is often the most convenient fuel option for a standby generator when utility gas service is already available at the home. It provides a continuous fuel supply without the need for on-site storage.
How Natural Gas Works For Generators
- Continuous SupplyUnlike propane, natural gas flows through utility lines, so the generator never runs out of fuel as long as gas service is active.
- No Tank RequiredThere is no on-site fuel tank to maintain, refill, or make space for on the property.
- Lower Fuel Cost Per HourNatural gas tends to be less expensive per hour of operation compared to propane in most regions.
- Connection To Existing Gas LineA licensed technician connects the generator to the home gas supply with proper regulators and safety shutoffs.
What This Means For Your Estimate
- Simpler Fuel InfrastructureNo tank purchase or placement needed, which can reduce overall installation complexity.
- Unlimited Runtime In Most CasesAs long as gas utility service remains active, the generator can run indefinitely.
- Best ForHomes already connected to natural gas service that want the simplest and most cost-effective fuel setup.
Propane Tank Fuel
Propane is a strong standby option for homes without natural gas service. It requires an on-site storage tank, but it offers reliable fuel availability independent of utility infrastructure.
How Propane Works For Generators
- On-Site Fuel StorageA propane tank is installed on the property, typically 250 to 1,000 gallons depending on generator size and desired runtime.
- Independent Of Utility LinesPropane does not depend on utility infrastructure, which means it works even if gas lines are disrupted.
- Refill Planning MattersFuel is consumed during operation, so tank size and refill scheduling become part of the planning conversation.
- Tank Placement And SetbacksLocal codes determine where the tank can be placed relative to the home, property lines, and other structures.
What This Means For Your Estimate
- Additional Tank CostThe propane tank itself is an added cost or rental, plus any pad, piping, or setback requirements.
- Finite RuntimeRuntime depends on tank size and generator load. Larger generators consume fuel faster.
- Best ForRural properties, homes outside natural gas service areas, and homeowners who want fuel independence from utility lines.
Not Sure About Fuel
Not knowing which fuel source is available at your home is common. The right answer depends on whether your property has natural gas service or would need a propane tank installed.
How To Figure It Out
- Check Your Existing AppliancesIf your furnace, water heater, or stove runs on gas and you pay a monthly gas utility bill, you likely have natural gas service.
- Look For A Propane TankIf there is already a tank on the property for heating or cooking, propane infrastructure may already be in place.
- All-Electric HomeIf everything in the house is electric, you may need to establish either a gas connection or a new propane tank for the generator.
- Ask During The Quote StageA site visit will confirm exactly what is available and what fuel path makes the most sense.
What Happens With This Selection
- General Estimate UsedThe estimator applies a balanced fuel assumption so the price range stays reasonable for either option.
- Both Options Stay OpenNothing is locked in. The final fuel decision gets made during the detailed quote process.
- Best ForHomeowners who want to see a planning number first and confirm fuel details later with a professional.
Three Steps To Backup Power
From your first estimate to the day your system is running, the process is straightforward and handled entirely by our team.
Get Your Estimate
Use the estimator above or call us directly. In under a minute you will have a realistic price range based on your home and backup goals.
Free Site Review
We visit your property to confirm panel conditions, fuel access, generator placement, and any site-specific details that affect the final quote.
Professional Installation
Our licensed electricians handle every part of the install — generator, transfer switch, fuel connection, electrical work, and final testing. Most jobs are done in one day.
Everything Included.
No Surprises.
Every MT Electric generator installation is a complete, turnkey project. Here is what comes standard with every system we install.
Standby Generator
Sized to your home and installed to manufacturer specifications.
Automatic Transfer Switch
Detects outages and switches power in seconds with no action needed.
Full Electrical Work
Panel connections, wiring, breakers, and all code-required components.
Concrete Pad
Level, code-compliant base to keep your generator secure and stable.
Fuel Connection
Natural gas or propane line run and connected by a licensed technician.
Get Your Free
Generator Quote
Call us directly or fill out the form and we will reach out to schedule your free site review. No pressure, no obligation.
Generator FAQ
Answers to the questions homeowners ask most often before scheduling an installation.
Most residential standby generators cost between $9,775 and $27,600 fully installed, depending on system size, fuel type, and site conditions. The estimator above gives you a realistic planning range in under a minute. Final pricing is confirmed after a free site review.
It depends on your backup goals, home size, heating type, and whether you have high-power items like AC, a pool, or an EV charger. Most homes fall in the 14kW to 24kW range. Use the estimator above for a personalized recommendation.
Most installations are completed in a single day once equipment arrives and permits are in place. The full timeline from quote to running system is typically two to four weeks depending on equipment availability.
Yes, most jurisdictions require an electrical permit and sometimes a building permit. MT Electric handles all permitting as part of the installation so you do not have to manage that process yourself.
If your home already has natural gas service, that is usually the simplest and most cost-effective option. Propane is a strong alternative for homes without gas lines. Both work well for standby generators and the choice usually comes down to what is already available at the property.
We install the most trusted names in residential standby power. During your site review we will recommend the best equipment match for your home, budget, and backup goals.