Can Your EV Power Your House? The Honest 2026 Guide to V2H

During the 2022 winter storms that knocked out power across parts of Texas, one image kept showing up on neighborhood social feeds: a Ford F-150 Lightning parked in a driveway, cord running to the house, porch light glowing while every window on the street stayed dark. The truck was not just transportation that week. It was the most useful machine on the block.

That moment is real, and it earned vehicle-to-home (V2H) its reputation. An electric car holds far more energy than most people realize, and the right hardware can route that energy back into your house. But the same photo raises the questions that decide whether V2H actually fits your life. What if the truck had been at the office that morning? What if the battery was sitting at 18% because someone took a long drive the day before? What if the lights went out at 2 a.m., before the car ever came home?

Both things are true at once. V2H is genuinely powerful, and it has real limits. Here is everything you need to know about whether your EV can power your house in 2026: the models that actually support it, what the hardware costs, how long it really lasts, and where it fits alongside a dedicated home battery.

Key takeaways

• Compiled from manufacturer pages as of June 2026, a short but real list of U.S.-available EV models supports true vehicle-to-home (V2H) charging, distinct from V2L (onboard outlets) and V2G (exporting to the grid); every V2H setup needs a manufacturer-approved bidirectional charger, transfer equipment, a licensed install, and utility interconnection in most jurisdictions (verified as of 2026-06-18) [1][2][5].
• A fully charged Ford F-150 Lightning Extended Range (about 131 kWh usable) running essential loads at roughly 1 to 1.5 kW can supply backup power for about 87 hours, or roughly 3.6 days; at full home draw of 8 to 10 kW, runtime drops to about 13 to 16 hours [1][16].
• V2H bidirectional charger equipment qualifies for the federal Section 30C tax credit (30% of hardware plus installation, up to $1,000 for residential), but only for equipment placed in service through June 30, 2026; no federal residential charger credit applies after that date under current law (verified as of 2026-06-18) [6][7][8].
• A V2H-capable EV is a powerful complement to a dedicated home battery, not a replacement: the EV adds large capacity when it is home and charged, but a dedicated battery is always available regardless of whether the car is home, charged, or needed for driving.
• Ford discontinued the all-electric F-150 Lightning in December 2025, so new battery-electric units are no longer sold (existing 2022 to 2025 owners keep V2H capability); GM's Ultium platform now has the widest V2H lineup in the U.S., and Tesla Powershare V2H currently ships on the Cybertruck (verified as of 2026-06-18) [11][12][13].

Can an Electric Car Power Your House?

Yes, an electric car can power your house, but only if you own one of the U.S.-available EV models that support true V2H, and only if you install a manufacturer-approved bidirectional charger plus transfer or control hardware. The car must be home and charged when the outage hits. Compiled from manufacturer pages as of June 2026, that capable list is real but short [2][5].

The big catch is in the conditions, not the technology. A parked, charged EV is a rolling battery pack, and modern packs are large. The problem is that a car is also a car. It leaves. It runs errands. It can be at 30% on the exact afternoon the grid goes down. That is the honest gap between "my EV can power my house" and "my house is protected."

It also matters which kind of power flow you mean. V2H is not the same as plugging a lamp into your car's onboard outlet, and it is not the same as selling power back to the utility. Those are V2L and V2G, and the next section sorts them out, because the confusion between them is where most V2H research goes sideways.

An electric car can power your house, but only if it is home and charged when the outage hits. A car leaves.

For most homeowners, the takeaway is simple: V2H is a real capability worth understanding before your next vehicle purchase, not a finished home backup plan you can assume.

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What Is the Difference Between V2H, V2L, and V2G?

V2H, V2L, and V2G all pull energy from the same EV battery, but they send it to three different places and need very different hardware. Vehicle-to-load (V2L) powers plug-in devices directly from the car's outlets. Vehicle-to-home (V2H) feeds your home's wired circuits through a bidirectional charger. Vehicle-to-grid (V2G) exports energy to the utility for compensation [5].

Here is each one in a single sentence you can quote.

Vehicle-to-load (V2L) is the simplest mode: the EV's built-in outlets, or an adapter, power plug-in appliances directly from the car's battery, with no connection to your home's wired electrical system. V2L typically delivers 1.8 to 3.6 kW, enough for a fridge, a few lights, or power tools. It needs no permit, no transfer switch, and no electrician. The 2026 Tesla Model Y, for example, supports V2L through a separate adapter, but that is not the same as powering your house's circuits [14].

Vehicle-to-home (V2H) sends power from the EV battery through an approved bidirectional charger and transfer equipment into your home's electrical circuits, so the car can run your wired loads during an outage. V2H output runs roughly 7 to 11.5 kW depending on the system: the Ford F-150 Lightning delivers up to 9.6 kW through its hardware, and GM Energy's V2H system also discharges up to 9.6 kW [1][3]. (GM's widely cited 19.2 kW figure is the PowerShift Charger's charging speed, not its V2H discharge rate [3].) V2H requires a bidirectional charger, transfer or control equipment, a licensed install, and a utility interconnection agreement in most jurisdictions.

Vehicle-to-grid (V2G) sends power from the EV's battery back to the utility grid in exchange for compensation or grid-services credits, which means a utility program enrollment and a metering agreement. The U.S. Department of Energy's January 2025 Vehicles-to-Grid Integration Assessment describes V2G as an emerging grid resource rather than a mainstream home-backup tool [5]. It is the earnings cousin of V2H, covered briefly later in this guide.

V2L is cheap and needs no electrician. V2H wakes up your wired circuits. V2G sells power back. The hardware tells them apart.

The confusion is understandable. V2L adapters are cheap and available on plenty of EVs that cannot do V2H at all, so articles lump all three together. The real differences are hardware, permitting, and where the energy goes.

V2H, V2L, and V2G share a battery but send power to three different places, and each needs very different hardware.

So what does this mean for you? If all you want is to run a fridge and a few lights off your car during a short outage, V2L may be enough and costs almost nothing. If you want your house's actual circuits to come alive, you are in V2H territory, and that is a bigger project. V2H is also the only one of the three that requires a true control layer at your electrical panel, the device that decides which circuits the car's power reaches and keeps your home safely isolated from the grid. That same control layer is what manages a dedicated home battery, solar, and the grid in normal operation. More on that below.

Which EVs Can Power Your Home in 2026?

Compiled from manufacturer pages as of June 2026, a short but real list of U.S.-available EVs supports true V2H. GM's Ultium platform now covers the most vehicles, Tesla offers one of the lowest-cost entry points through Powershare on the Cybertruck, and the discontinued Ford F-150 Lightning still works for existing owners.

The table below summarizes each model, but a few caveats are too important to leave in a cell.

Ford F-150 Lightning was the truck that made V2H famous, but Ford discontinued the all-electric Lightning in December 2025 and will not resume building battery-electric units; a future extended-range (EREV) Lightning is planned but will not use the same V2H system [11][12]. Existing 2022 to 2025 owners keep full V2H capability, but you can no longer buy a new one.

GM Energy's full V2H system needs more than the headline charger. Beyond the GM Energy PowerShift Charger and V2H Enablement Kit, the kit bundles a GM Energy Home Hub, a 9.6 kW GM Energy Inverter, and a Dark Start Battery that wakes the system when the grid is down [3][4]. That inverter sets the real ceiling: GM V2H discharges up to 9.6 kW, even though the PowerShift Charger charges at up to 19.2 kW [3][4].

The Nissan LEAF is the model the internet gets wrong most often. Its only Nissan-approved U.S. bidirectional charger, the Fermata Energy FE-20, requires 480V three-phase commercial service and is built for fleets, not homes [9][10]. The 2026 LEAF also drops the legacy CHAdeMO connector for J1772 (AC) plus NACS (DC), which makes the old FE-20 path obsolete and leaves no U.S. residential V2H for the LEAF [9][10].

The Lightning made V2H famous, then Ford discontinued it. GM now covers the most homes, and Tesla offers the cheapest way in.

As of June 2026, GM's Ultium platform covers the most V2H vehicles at up to 9.6 kW, the Tesla Cybertruck is the lowest-cost entry, the Kia EV9 is confirmed in about seven states, and the Ford Lightning is now existing-owners-only.

The hardware column is only half the story. Every V2H system in that table needs a transfer and control layer at the home's electrical panel, the device that isolates your home from the grid during an outage so the car's energy does not backfeed the utility (which is dangerous for line workers and illegal without proper interconnection) and decides which circuits receive the car's power. That control layer is the same Kora Smart Panel that manages solar, a dedicated battery, and circuit priorities in normal operation [17]. We get to how to think about that pairing in the orchestration section below.

How Long Can an EV Power a House?

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A fully charged Ford F-150 Lightning Extended Range (about 131 kWh usable) running a home's essential loads at roughly 1 to 1.5 kW can power that home for about 87 hours, or roughly 3.6 days, but only if it arrives home charged [1][16]. At full home draw of 8 to 10 kW, the same truck lasts about 13 to 16 hours. Runtime depends on two numbers: battery size and load.

Start with the load, because it swings the answer more than anything. The U.S. Energy Information Administration reports that the average U.S. home used about 10,791 kWh in 2022, or roughly 30 kWh per day [16]. During an outage, a household that sheds nonessential loads and runs just a refrigerator, lights, phones, Wi-Fi, and a fan might draw only 1 to 1.5 kW, stretching a big EV pack across days. Run the air conditioning, electric range, and dryer, and the same pack empties in hours.

Here is how that math plays out across the larger V2H trucks, assuming the vehicle starts full:

• Ford F-150 Lightning Extended Range (~131 kWh usable): about 87 hours at 1.5 kW essential load; about 13 to 16 hours at full 8 to 10 kW draw [1][16].
• Chevrolet Silverado EV Max Range (~205 kWh usable): multiple days at essential load; roughly 20 to 25 hours at full draw [3][16].
• Tesla Cybertruck (~123 kWh usable): about 80 hours at 1.5 kW essential load; roughly 12 hours at full draw [13][16].

A fully charged F-150 Lightning can run essential loads for about 3.6 days. But what if it was at the office?

Now the honest caveats, the ones most articles skip. First, those runtimes assume the car is fully or near-fully charged when the outage starts; drive 40 miles that morning and you have noticeably less. Second, any "up to X days" claim assumes essential-only loads, mild weather, and a full battery, so the assumptions are the headline, not the footnote. Third, V2H does not refill itself. A parked car cannot recharge from your rooftop solar the way a dedicated home battery does; once those kilowatt-hours are gone, the car has to leave, find a charger, and come back.

That last point is the whole difference between a battery and a parked car. A dedicated home battery like Kora Powerblocks recharges from solar every day, whether or not the car is home or charged [17]. So the real question is not "how long can my EV power my house" in the best case. It is "what is powering my house in the case where the car is gone." That is the case a dedicated battery is built for.

How Much Does It Cost to Use Your EV to Power Your House?

V2H costs roughly $4,000 to $15,000 for hardware plus professional installation in 2026, depending on the system and your home's electrical conditions, and that figure excludes the EV itself. Tesla Powershare is among the lower-cost setups, and Ford's hardware has historically run higher [1][13]. A federal tax credit can offset 30% through June 30, 2026 [6].

V2H is not a cheap add-on, because it is real electrical work. You need a bidirectional charger (pricier than a standard Level 2 charger), transfer or control equipment, a licensed install, and, in most jurisdictions, a utility interconnection agreement. Here is the per-system pricing that drives that range [1][13]:

• Tesla Powershare Home Backup bundle (Universal Wall Connector plus Powershare Gateway): lists at $1,990, with professional installation typically adding $2,000 to $4,000, for roughly $4,000 to $6,000 all-in [13].
• Ford F-150 Lightning hardware (2022 launch pricing): about $1,310 for the Charge Station Pro plus $3,895 for the Home Integration System, though availability is uncertain given the Lightning's discontinuation [1].

Treat these as installer estimates as of 2026 and verify before budgeting. Here is the range by system, with the dedicated-battery and generator paths shown for context.

V2H wins on capacity when the car is home; a dedicated battery wins on availability; the smartest home runs both through a single control layer.

Reading that table, the pattern is clear: V2H hardware is often cheaper upfront than a full dedicated battery system, which is exactly its appeal, but it buys you a different kind of protection. So what are you actually paying for? You are paying for capacity that only shows up when the car does.

What Is the 30C Tax Credit, and Does It Apply to V2H Chargers?

Bidirectional V2H charger equipment qualifies for the federal Section 30C Alternative Fuel Vehicle Refueling Property Credit, worth 30% of hardware plus installation, up to $1,000 per charging port for residential property, claimed on IRS Form 8911 [6][7]. The catch is timing: the IRS confirms 30C applies only to eligible property placed in service through June 30, 2026 (verified as of 2026-06-18) [6].

The 30C credit covers bidirectional V2H chargers, but only for equipment placed in service by June 30, 2026. After that, nothing federal.

Two compliance points homeowners must not get wrong. First, the older 25C and 25D federal credits that covered some home-energy equipment expired on December 31, 2025 and do not apply to V2H chargers; do not plan around them [6]. Second, after June 30, 2026, no federal credit applies to residential V2H charger equipment under current law, though state and utility incentives vary by jurisdiction. Rewiring America and Plug In America both maintain plain-language guides to the 30C residential credit and bidirectional-charger eligibility [7][8]. Confirm your eligibility with a tax professional, since credits depend on income, tax liability, and installation timing.

The cost table above reflects the V2H equipment only, the bidirectional charger and transfer hardware. It does not include a dedicated home battery, which is the always-available backbone layer. The Kora Founders Edition pairs the Smart Panel with Powerblocks into one integrated home energy system that orchestrates what happens when the EV is home, when it is not, when solar is producing, and when the grid returns [15][17].

Does V2H Damage the EV Battery?

For occasional outage backup, V2H causes only modest additional battery wear, because the car's battery management system regulates every charge and discharge, and a few backup cycles a year add a small fraction of the wear that normal driving already causes. Frequent, deep daily cycling for energy arbitrage is a different story and accelerates degradation more meaningfully.

The honest answer depends entirely on how often and how deeply you cycle. Published research on bidirectional cycling indicates only modest additional degradation when an EV is used for occasional backup, because each charge and discharge is shallow and infrequent compared with the deep, daily cycling that energy arbitrage demands. The heavier the use, the more the wear adds up.

A few practices keep wear low:

1. Keep a state-of-charge floor (many owners hold 20% to 30%).
2. Avoid forcing frequent 0-to-100% cycles for backup.
3. Let the battery management system handle temperature rather than overriding it.

On warranties, several manufacturers have begun addressing bidirectional use in their published battery-warranty language, but terms vary by model and change over time, so check the exact current warranty document for your specific vehicle rather than trusting a forum summary.

For occasional backup, V2H battery wear is not a reason to avoid it. For daily cycling, use a dedicated home battery instead.

Here is the practical line. A Kora Powerblocks dedicated battery is rated for 6,000+ cycles at 80% capacity under a 12-year warranty; it is engineered to be cycled every single day [17]. Your EV's traction battery is engineered to move a 6,000-pound vehicle down the highway. Using the car for occasional backup is reasonable. Using it as the daily workhorse that cycles every evening to dodge peak rates is asking a driving battery to do a stationary battery's job. For that work, a dedicated LFP home battery is the right tool, and your car keeps its range.

When Does Using Your EV to Power Your House Make Sense?

V2H makes the most sense when you already own or plan to buy a V2H-capable EV, your outages are occasional rather than daily, the car is reliably home, and you want meaningful backup capacity without a second large capital purchase. A dedicated home battery makes more sense when always-available backup, daily solar self-consumption, and multi-day resilience are the priority. The smartest setup, for many homes, runs both.

V2H carries structural limits a dedicated battery does not. The car has to be home and charged. You cannot drive it while it is powering the house. It will not refill from solar during a multi-day outage. And the utility interconnection requirement adds approval steps and installation complexity. None of those are reasons to dismiss V2H. They are reasons to be clear-eyed about what it does and does not cover.

A dedicated home battery wins when always-available backup is the point regardless of where the car is, when daily solar self-consumption and time-of-use rate optimization matter, when multi-day outage resilience with solar recharge is the goal, or when your household has more than one car or simply is not home on a predictable schedule. For the full head-to-head on battery backup versus generator backup, see Home Battery vs. Generator: The Complete 2026 Buyer's Guide.

So the answer for the financially sophisticated homeowner is usually not "V2H or a battery." It is both, orchestrated. The dedicated battery is the always-available foundation. The V2H-capable EV is a high-capacity complement that shows up when the car is home and charged. Solar feeds both. And a single control layer decides, in real time, which source powers which circuit. A V2H system without that control layer is a huge fuel tank with no gauge and no selector switch. The Kora Smart Panel is what makes V2H intelligent rather than blunt [17].

The future of home energy is not just generation. It is orchestration.

To be explicit, because the rest of the internet is not: this is not "skip the home battery, just use your EV." It is "V2H is a powerful complement, and here is how to think about your EV and a home battery working together." The next two sections show exactly how that pairing works.

See what the Kora 4-in-1 integrated home energy system includes for your home. Reserve your Founders Edition and see how the Smart Panel, Powerblocks, and app are designed to orchestrate solar, storage, and backup as one system.

What Does Your EV Need to Power Your House?

To power your house, your EV needs four things: a V2H-capable EV, a manufacturer-approved bidirectional charger, a transfer switch or smart panel that isolates your home from the grid during backup (the anti-islanding requirement), and a utility interconnection agreement in most jurisdictions. All of it is hardwired high-voltage work that a licensed electrician must install. This is not a DIY project.

The four required elements, in order:

1. A V2H-capable EV that the manufacturer supports for home backup (see the table above).
2. A manufacturer-approved bidirectional charger, which is model-specific; the Ford, GM Energy, and Tesla systems are not interchangeable [1][3][13].
3. A transfer switch or smart panel that isolates the home from the grid during backup. This enforces anti-islanding: a V2H system cannot legally backfeed energy onto the utility grid without proper isolation, because doing so can energize lines that utility crews believe are dead. The IEEE 1547 interconnection standard governs this protection [18].
4. A utility interconnection agreement, which in many areas means a utility application and inspection before V2H can be switched on. Timelines vary by utility and jurisdiction, and this step is easy to overlook.

The anti-islanding requirement is not a technicality. It is what keeps a utility line worker from being shocked by power from your driveway.

Standards are still maturing. ISO 15118-20 is the emerging protocol for bidirectional charging communication, and SAE J3072 governs onboard bidirectional inverters, but as of June 2026 most U.S. V2H implementations remain manufacturer-proprietary [19]. That is part of why model-specific hardware matters so much today.

A clear safety note: consult a licensed electrician and your local Authority Having Jurisdiction (AHJ) before any V2H installation. Do not connect an EV to your home's panel without approved equipment, permits, and utility coordination. The transfer and control layer V2H requires is the same function the Kora Smart Panel performs for a dedicated home battery: load isolation, circuit-priority management, and solar coordination [17]. If you are planning a home battery alongside V2H, that is one device handling both jobs.

What Is V2G, and Is It Different from V2H?

V2G (vehicle-to-grid) is the earnings cousin of V2H: instead of using your EV to power your house, the EV sends energy back to the utility grid in exchange for compensation. V2G requires a grid connection agreement, metering, and program enrollment, which makes it more regulated and less widely available to U.S. homeowners than V2H as of June 2026 [5].

The U.S. Department of Energy's January 2025 Vehicles-to-Grid Integration Assessment describes residential V2G as still limited in scale, with most activity in pilots and fleet programs [5].

V2H keeps your lights on when the grid is down. V2G is about getting paid when the grid wants your power.

The financial opportunity is real and growing, but it is its own topic. For the full earnings math, including virtual power plant payments and rate-arbitrage tiers, see Can You Really Make Money Selling Power Back to the Grid? The 2026 Math. This guide stays focused on using your EV to power your house for backup and resilience.

How to Use Your EV and a Home Battery Together

The smartest home energy setup in 2026 does not choose between using your EV to power your house and a dedicated battery. It runs both, with a control layer deciding which one does what. The dedicated battery is the always-available foundation, the EV is the high-capacity complement when it is home and charged, solar feeds both, and a smart panel manages the whole thing against rates, circuit priorities, and outage state.

Think of it as three layers with one brain. The dedicated battery, Kora Powerblocks, is the foundation: charged from solar every day, ready for any outage whether or not the car is home, and sized by a licensed installer to cover your essential loads for a defined number of hours [17]. The V2H-capable EV is the capacity boost: when it is home and charged, it can add roughly 95 to 205 kWh of potential backup to a system that already has a reliable battery underneath it [1][3][13]. And the Kora Smart Panel is the control layer: it manages which of your 12 circuits get power, switches to backup in under 10 milliseconds, and gives you real-time visibility in the Kora app [17].

A battery stores energy. Kora makes it usable at the right moment. V2H adds more energy. Kora decides what to do with it.

Looking further out, Kora is building toward a future where your home can participate intelligently in energy markets through its planned Energy Trading layer, so the same orchestration that protects you during an outage can one day help you respond to grid economics. That capability is in development, not a feature you can earn from today.

For the full comparison of battery backup, generator backup, and V2H as backup approaches, see Home Battery vs. Generator: The Complete 2026 Buyer's Guide. And if your interest in V2H started with worry about the grid itself, Why Is the US Power Grid So Fragile? The 2026 Structural Reality explains the structural reasons outages are getting more common.

Frequently Asked Questions

Can an electric car power your house?

Yes, if you own one of roughly 12 to 15 U.S.-available EV models that support true V2H and you install a manufacturer-approved bidirectional charger plus transfer equipment. The car must be home and charged when the outage starts. As of June 2026, the capable list is real but short, and professional installation is required [2][5].

What EVs can power your home in 2026?

As of June 2026, GM's Ultium vehicles (Silverado EV, Sierra EV, Hummer EV, Escalade IQ, Lyriq) cover the most V2H models at up to 9.6 kW, the Tesla Cybertruck supports Powershare V2H, and the Kia EV9 is confirmed in about seven states. Ford discontinued the all-electric F-150 Lightning in December 2025 [3][5][11][13].

How long can an EV power a house?

A fully charged Ford F-150 Lightning Extended Range (about 131 kWh usable) can run essential loads of 1 to 1.5 kW for roughly 87 hours, about 3.6 days. At full home draw of 8 to 10 kW, that drops to about 13 to 16 hours. Runtime depends on battery size, the load you run, and starting charge [1][16].

Does V2H damage the battery?

For occasional outage backup, the additional battery wear is modest, because the car's battery management system regulates each cycle and a few backup events a year add little compared with normal driving. Frequent deep daily cycling for energy arbitrage causes more meaningful degradation, which is what a dedicated home battery is built to handle instead.

Is V2H worth it?

V2H is worth it if you already own or plan to buy a V2H-capable EV, your outages are occasional, and the car is reliably home and charged. It adds large backup capacity without a second big purchase. It is not a full replacement for always-available backup, since the car can be away or low when you need it most.

What is the difference between V2H and V2L?

Vehicle-to-load (V2L) powers plug-in appliances directly from the EV's onboard outlets, with no connection to your home wiring, no permit, and typically 1.8 to 3.6 kW. Vehicle-to-home (V2H) feeds your home's wired circuits through a bidirectional charger and transfer equipment, requires professional installation and usually utility approval, and delivers 7 to 11.5 kW [1][5].

Is there a tax credit for V2H chargers?

Yes, bidirectional V2H charger equipment qualifies for the federal Section 30C credit, 30% of hardware plus installation up to $1,000 for residential, claimed on IRS Form 8911. It applies only to property placed in service through June 30, 2026; no federal residential charger credit applies after that date under current law (verified as of 2026-06-18) [6][7].

Can a V2H-capable EV replace a home battery?

A V2H-capable EV is a powerful complement to a dedicated home battery, not a replacement for one. A dedicated battery is always available regardless of whether the car is home, charged, or needed for driving, and it recharges from solar daily. The most resilient setup combines both, managed by a smart panel that decides which source powers your home and when [17].

The Bottom Line

There is no one-size-fits-all answer to whether your EV should power your house. If you own a V2H-capable vehicle, outages are occasional, and the car is usually home, V2H is a genuinely strong backup option, especially while the 30C credit can offset the hardware through June 30, 2026 [6]. If you need power that is there no matter where the car is, a dedicated battery is the foundation. For most homes that can do both, the winning move is to orchestrate them: the battery as the always-on base, the EV as the capacity boost, and a smart panel deciding which circuits run on which source.

That truck in the Texas driveway deserved its moment. It also could not be driven that night. The future of home backup is not picking one source. It is having a home smart enough to use whichever one is available.

See what the Kora 4-in-1 integrated home energy system includes for your home. Reserve your Founders Edition to see how the Kora Smart Panel and Kora Powerblocks are designed to orchestrate solar, storage, and EV backup as one system.

References

1. Ford. F-150 Lightning Charging Features and Tech Specs: Ford Charge Station Pro ($1,310) and Home Integration System ($3,895); Extended Range battery 131 kWh usable, Standard Range 98 kWh usable (2022 launch pricing; V2H output up to 9.6 kW). https://www.ford.com/trucks/f150-lightning/features/ev-charging/ford-charge-station-pro/ (verified as of 2026-06-18). ↩
2. Ford. F-150 Lightning Charging Frequently Asked Questions (bidirectional / Intelligent Backup Power). https://www.ford.com/support/how-tos/electric-vehicles/f-150-lightning/f-150-lightning-charging-frequently-asked-questions/ (verified as of 2026-06-18). ↩
3. GMC Accessories. GM Energy PowerShift Charger (up to 19.2 kW / 80 A charging) and GM Energy V2H Enablement Kit (Home Hub, 9.6 kW GM Energy Inverter, Dark Start Battery; V2H discharge up to 9.6 kW). https://accessories.gmc.com/product/gm-energy-powershift-charger-24067708 and https://accessories.gmc.com/product/gm-energy-v2h-enablement-kit-99999904 (verified as of 2026-06-18). ↩
4. GM. GM news release on V2H-capable vehicles (Silverado EV, Sierra EV, GMC Hummer EV Pickup and SUV, Cadillac Escalade IQ, Lyriq) requiring the GM Energy PowerShift Charger and V2H Enablement Kit; 2026 GMC Hummer EV V2H support. https://news.gm.com/home.detail.html/Pages/news/us/en/2025/may/0515-2026-GMC-HUMMER-EV-capable-advanced-supertruck.html ; GM Energy V2H Bundle, https://accessories.gmc.com/product/gm-energy-v2h-bundle-99999910 (verified as of 2026-06-18). ↩
5. U.S. Department of Energy. Vehicles-to-Grid Integration Assessment Report, January 2025. https://www.energy.gov/sites/default/files/2025-01/Vehicle_Grid_Integration_Asseessment_Report_01162025.pdf ↩
6. Internal Revenue Service. Alternative Fuel Vehicle Refueling Property Credit for Individuals (Section 30C); 30% up to $1,000 per port residential, property placed in service through June 30, 2026. https://www.irs.gov/credits-deductions/alternative-fuel-vehicle-refueling-property-credit-for-individuals (verified as of 2026-06-18). ↩
7. Internal Revenue Service. Instructions for Form 8911, Alternative Fuel Vehicle Refueling Property Credit. https://www.irs.gov/pub/irs-pdf/i8911.pdf (verified as of 2026-06-18). ↩
8. Rewiring America. 30C EV Charger Tax Credit guide. https://homes.rewiringamerica.org/federal-incentives/30c-ev-charger-tax-credit (verified as of 2026-06-18). Plug In America, EV Charging Infrastructure 30C. https://pluginamerica.org/learn/federal-ev-tax-credits/ev-charging-infrastructure-30c/ (verified as of 2026-06-18). ↩
9. Nissan. Nissan approves enhanced Fermata Energy FE-20 bidirectional charger and V2X platform for use with Nissan LEAF (commercial application). https://usa.nissannews.com/en-US/releases/nissan-approves-enhanced-fermata-energy-fe-20-bidirectional-charger-and-v2x-platform-for-use-with-nissan-leaf (verified as of 2026-06-18). ↩
10. Green Car Reports. Nissan LEAF bidirectional charger for US (FE-20 requires 480V three-phase commercial service; 2026 LEAF uses J1772 for AC and NACS for DC, dropping CHAdeMO). https://www.greencarreports.com/news/1144312_nissan-leaf-gets-20-kw-bidirectional-charger-for-us (verified as of 2026-06-18). ↩
11. InsideEVs. The Ford F-150 Lightning EV Is Officially Dead (December 15, 2025): Ford ended 2025 model-year Lightning production; production will not resume; a future EREV replacement is not fully electric. https://insideevs.com/news/781883/ford-f-150-lightning-dead/ (verified as of 2026-06-18). ↩
12. Ford Authority. Ford F-150 Lightning Cancelled, Will Return As EREV Pickup (December 2025): all-electric Lightning discontinued; existing owners unaffected; EREV successor will not use the same V2H system. https://fordauthority.com/2025/12/ford-f-150-lightning-cancelled-will-return-as-erev-pickup/ (verified as of 2026-06-18). ↩
13. Tesla. Powershare Home Backup Bundle ($1,990; Universal Wall Connector + Powershare Gateway; Cybertruck only) and "How much does Powershare cost?" support page; Powershare up to 11.5 kW. https://www.tesla.com/support/powershare/how-much-does-powershare-cost and https://shop.tesla.com/product/powershare-home-backup (verified as of 2026-06-18). ↩
14. Electrek. Tesla confirms new Model Y supports bidirectional (V2L) charging via adapter; home V2H backup remains Cybertruck-exclusive. https://electrek.co/2025/10/01/tesla-confirms-new-model-y-performance-supports-bidirectional-charging/ (verified as of 2026-06-18). ↩
15. Kora Power. Founders Edition integrated home energy system. https://korapower.com/products/founders-edition (verified as of 2026-06-18). ↩
16. U.S. Energy Information Administration. How much electricity does an American home use? Average 10,791 kWh per year (about 30 kWh/day) in 2022. https://www.eia.gov/tools/faqs/faq.php?id=97&t=3 ; Residential Energy Consumption Survey (RECS). https://www.eia.gov/consumption/residential/ (verified as of 2026-06-18). ↩
17. Kora Power. Founders Edition Technical Specifications (canonical): Smart Panel 12 circuits up to 60 A on 200 A input, IP65, sub-10 ms switchover; Powerblocks LFP, 8 to 112 kWh, 11.4 kW continuous / 18 kW peak, 6,000+ cycles at 80% capacity, 12-year warranty. https://korapower.com/pages/tech-specs-founders-edition ; https://korapower.com/products/smart-circuit-panel ; https://korapower.com/products/powerblocks (verified as of 2026-06-18). ↩
18. IEEE. IEEE 1547 Standard for Interconnection and Interoperability of Distributed Energy Resources (anti-islanding requirement). https://standards.ieee.org/ieee/1547/ (verified as of 2026-06-18). ↩
19. AMPECO. ISO 15118 complete guide (bidirectional charging communication standards; SAE J3072 context). https://www.ampeco.com/guides/iso-15118-complete-guide-for-cpos-and-emsps/ (verified as of 2026-06-18). ↩
20. Kia America. Vehicle to Home (V2H) Charging Technology Arrives for Eligible Kia EV9 Drivers (March 4, 2025): Wallbox Quasar 2 + Power Recovery Unit, $6,440 hardware, up to 12.8 kW, initially seven U.S. states. https://www.kiamedia.com/us/en/media/pressreleases/23033/vehicle-to-home-v2h-charging-technology-arrives-for-eligible-kia-ev9-drivers (verified as of 2026-06-18). ↩