How to Join a Virtual Power Plant Program
State-by-State Guide
Your Home Battery Is Sitting Idle During Grid Emergencies. Here's How to Put It to Work -- and Get Paid.
Author: SimonsTruman Industry: Home Energy Storage & Lithium-Ion Batteries Date: April 14, 2026
There is a peaker plant somewhere near your city that sits cold and dark for 350 days a year. It exists for one purpose: to fire up on the 10 or 15 afternoons when summer heat pushes your grid to its limits. Running it costs $0.50 to $2.00 per kilowatt-hour -- ten to forty times normal wholesale electricity prices. That cost shows up in everyone's utility bill, whether they know it or not.
Now picture a different scenario. Your home battery, your neighbor's home battery, and thousands of other residential storage systems in your ZIP code receive a software signal at 2:47 PM on a Tuesday in August. Over the next two hours, those batteries collectively discharge several megawatts of stored solar energy back onto the local grid. The peaker plant never starts. The grid holds. And every homeowner whose battery participated receives a payment deposited directly to their account.
That is a virtual power plant (VPP) -- and in 2026, it is no longer a pilot program or a distant promise. It is a functioning revenue stream available to battery owners in roughly half the states in the country.
What Is a Virtual Power Plant?
A virtual power plant (VPP) is a software-coordinated network of distributed energy resources -- primarily home batteries, but sometimes also smart thermostats, EV chargers, and heat pump water heaters -- that behave collectively like a single large power plant from the grid operator's perspective.
The 'virtual' part means there is no physical plant. An aggregator -- a company such as a storage equipment provider, solar service firm, or your utility itself -- runs a cloud platform that communicates with thousands of enrolled devices simultaneously. When the grid needs support, the aggregator sends a dispatch signal. Each enrolled battery contributes a kilowatt-hour or two. Collectively, those contributions can add up to 50, 100, or even 1,000 megawatts of fast-responding grid support.
From the grid operator's perspective, a VPP consisting of 10,000 homes each contributing 5 kWh looks identical to a 50 MW peaker plant -- except it responds in milliseconds rather than minutes, produces zero emissions, and costs far less to operate. The savings flow in three directions: the grid operator pays less than peaker rates, the aggregator earns a margin for running the platform, and you receive a participation payment.
What Happens During a VPP Event, Step by Step
1. Grid stress is forecasted or detected. The utility or ISO identifies that demand will exceed available supply. This most commonly happens on hot summer afternoons between 2:00 PM and 7:00 PM, but can also occur during winter heating peaks or unexpected generation outages.
2. The aggregator receives a dispatch request. The VPP operator gets a signal from the grid specifying how many megawatts of capacity are needed and for how long.
3. Your battery receives an automated command. The aggregator sends a wireless signal to your battery's smart inverter over your home Wi-Fi or cellular. The process is entirely automated -- you do nothing.
4. Your battery discharges to the grid. Your battery exports stored energy through your inverter and smart meter. Depending on your settings, it may discharge fully or only down to a minimum reserve level you have pre-set.
5. The event ends and your battery recharges. After the peak period passes -- typically 1 to 4 hours later -- the dispatch signal ends. Your battery stops exporting and begins recharging from solar or from the grid during off-peak hours.
6. You receive payment. Depending on the program: per-kWh payment for energy exported, monthly bill credit, seasonal capacity payment, or a combination.
What Can You Realistically Earn From a Virtual Power Plant?
VPP earnings depend on three variables: how many dispatch events your region experiences per year, how much energy your battery exports per event, and what the program pays per kilowatt-hour or per kilowatt of enrolled capacity.
| Earnings Factor | Typical Range | Notes |
|---|---|---|
| Dispatch events per year | 10 to 50 | More in heat-wave states (TX, CA) |
| Energy exported per event | 5 to 13.5 kWh | Depends on battery capacity |
| Payment per kWh (performance) | $0.20 to $2.00 | Highest in TX wholesale market |
| Capacity payment (per kW/season) | $80 to $275 | MA ConnectedSolutions leads |
| Estimated annual revenue | $50 to $500+ | Median ~$120-$180 (2025 data) |
2025 data point: The median US VPP participant in 2025 earned approximately $120 to $180 per year, per the NCCETC/SEPA January 2026 report "50 States of Virtual Power Plants." During the August 2025 Texas heat wave, standard 13.5 kWh home battery owners earned an average of $1.30/kWh across multiple events -- a 13.5 kWh battery earned $17.55 per event, translating to $263-$350 over a full season of 15-20 events.
VPP Revenue Stacks on Top of Your Other Battery Benefits
A home battery earns money through multiple channels simultaneously. VPP participation is additive -- it does not replace your other benefits, it stacks on top of them.
| Battery Benefit | Typical Annual Value | How It Works |
|---|---|---|
| Time-of-use (TOU) arbitrage | $200 to $600 | Charge cheap, discharge during peak pricing |
| Solar self-consumption | $150 to $400 | Use stored solar instead of grid power |
| VPP participation payments | $50 to $500 | Export to grid during dispatch events |
| Backup power (insurance value) | Not quantifiable | Critical loads run during outages |
| Demand charge reduction | $100 to $500 | Shave peak demand on eligible rate plans |
Does VPP Participation Damage Your Battery?
This is the most common concern among homeowners considering virtual power plant enrollment, and the answer is more reassuring than most people expect.
A typical VPP program dispatches your battery 10 to 30 additional times per year. Each dispatch represents roughly one additional partial cycle. Modern lithium iron phosphate (LFP) batteries -- the chemistry used in most current residential storage systems -- are rated for 6,000 to 10,000 cycles before reaching 70% of original capacity.
Without VPP participation, a typical home battery completes 250 to 365 cycles per year through daily time-of-use or self-consumption use. Adding 10 to 30 VPP cycles increases annual cycling by 3 to 10%. On a battery rated for 10,000 cycles, this extends the time to reach 70% capacity from roughly 27 years to 25 years -- well beyond any realistic warranty period.
Confirm the warranty terms: Major manufacturers of Home solar energy storage battery all have clear VPP clauses in their warranty language. Participating in VPP will not invalidate the battery warranties for your main product line (JM Batteries offers unconditional 10-year warranty for Lifepo4 Battery).
The Universal 4-Step Enrollment Process
Every virtual power plant program is different in its details, but the enrollment path follows the same four steps regardless of state or program:
Step 1: Confirm Your Battery's Compatibility
VPP programs require a battery with a smart inverter capable of receiving remote dispatch commands over your home internet connection. Minimum usable capacity is typically 5 kWh. Compatible batteries include:
- Standard residential home battery (2nd/3rd generation)
- Smart grid-tied storage battery (5P/10C capacity specifications)
- Premium residential energy storage system (ecoLinx/Evo series)
- Wall-mounted residential home battery (aPower/aPower 2 series)
- Solar-matched residential storage battery
- Backup power-oriented storage battery (select programs)
- Generic LFP systems with CAN 2.0 or RS485 communication (utility-run programs only)
Step 2: Verify Utility and Territory Eligibility
VPP programs are tied to specific utility service territories, not just states. Being in California means nothing if your utility is not a participating California utility. Being in Texas means nothing if your retail electric provider does not offer a VPP program. Use the state-by-state guide below to identify your specific utility's programs.
Step 3: Enroll Through the Correct Channel
Most programs offer three enrollment pathways:
- Through your battery's companion app
- Through the aggregator's website
- Through your utility's online portal
The enrollment process typically involves authorizing the aggregator to send dispatch signals to your battery and setting your participation preferences. It takes 15 to 30 minutes.
Step 4: Configure Your Reserve Settings
This step matters more than most guides acknowledge. Every reputable VPP program lets you control how much of your battery is available for grid dispatch:
| Setting | What It Controls | Recommended Default |
|---|---|---|
| Minimum reserve | Battery level the VPP cannot discharge below | 20% general; 50%+ if high outage risk |
| Max events per month | Caps dispatch frequency | Leave unlimited (most programs) |
| Storm Watch override | Pre-charges to 100%, suspends VPP before severe weather | ALWAYS enable |
| Individual event opt-out | Skip specific events without leaving the program | Available in most programs |
Key rule: If backup power is your primary reason for owning a battery, set a 50% to 80% minimum reserve. You will earn less per event since less capacity is available for export, but your backup window is fully protected. Most homeowners find that a 20% to 30% reserve balances earnings and peace of mind.
State-by-State Virtual Power Plant Program Guide (2026)
The following is a program-by-program breakdown of every active residential VPP accepting enrollments in 2026, based on CESA's VPP Programs Summary Table , NCCETC's 2025 State Policy Snapshot , and direct program documentation.
CALIFORNIA -- Most Programs, Highest Earnings Potential
California has the most developed VPP ecosystem in the country, driven by CPUC mandates, the California Energy Commission's Demand Side Grid Support (DSGS) program, and a grid that faces serious summer reliability stress from heat waves and wildfire-driven generation constraints.
Program 1: California DSGS Options 3 & 4 (CEC, statewide)
Administrator: California Energy Commission
Eligible batteries: Residential batteries (2-4 hour discharge), EVs, solar+storage, smart thermostats, smart panels, heat pump water heaters
Payment: $62.10 to $82.80 per kW annual capacity payment (Option 3) or $60.58/kW (Option 4). 30% bonus applies for 2025 and 2026.
With 2026 bonus: Up to $107.64 per kW per year
Contract term: 1 year, auto-renewing annually. Season runs May 1 through October 31.
How to enroll: Through a certified DSGS aggregator. Visit energy.ca.gov/programs for the current aggregator list.
Program 2: CalReady (statewide)
Administrator: Certified aggregator (within the CEC DSGS program)
Eligible: Installed solar+storage systems
Payment: $100 to $150 per battery enrollment incentive (varies by NEM rate). Auto-enrolled -- opt-out available.
Current scale: 56,000+ residential customers (~75,000 batteries) -- the largest home battery aggregation in the US
How to enroll: https://www.sunrun.com/calready
Program 3: SGIP (CPUC, statewide)
Payment: $0.15 to $1.00 per Wh depending on project type and current incentive step. Performance payments (50% of total incentive) paid over 5 years based on actual grid-support dispatch.
Equity provisions: Income-qualified, outage-prone, and medically vulnerable customers receive enhanced incentive adders.
How to enroll: Through a participating SGIP installer. Check cpuc.ca.gov for current step levels and available capacity.
California VPP Earnings Estimate:
A typical 10 kWh battery enrolled in the DSGS capacity payment program earns $621 to $1,076 per year
(5 kW system x $62.10-$107.64/kW with the 2026 30% bonus)
California offers the highest annual VPP earnings ceiling of any US state.
TEXAS -- Fast-Growing Market, Highest Per-Event Rates
Texas operates the ERCOT grid, largely isolated from the rest of the US power grid. ERCOT experiences extreme price spikes during summer heat waves, making Texas VPP events the most financially lucrative per event in the country -- but the number of events per year varies significantly by weather.
Program 1: Standard Home Battery Virtual Power Plant
Eligible batteries: 2nd/3rd generation residential home battery
Payment: Wholesale ERCOT market rates per kWh exported. During the August 2025 heat wave, enrolled batteries earned an average of $1.30/kWh. A 13.5 kWh battery earned $17.55 per event; full season: $50 to $350 reported.
How to enroll: Battery companion app > Powerwall > Virtual Power Plant > Texas. Must be on a qualified retail electric provider.
Program 2: Intelligent VPP (Texas)
Eligible: Primarily smart grid-tied storage batteries; expanding to other brands
Payment: Bill credits for enrolled battery storage while maintaining backup capability
Program 3: Premium Storage System Texas VPP
Eligible: Premium residential energy storage systems
Structure: Power purchase agreement -- solar + battery with no upfront cost; VPP participation built into the contract
Texas VPP Earnings Estimate:
Mild years: $50 to $150 per season
Active heat wave years: $250 to $500+ per battery
The trade-off for Texas's market-rate pricing model is weather-dependent variability.
MASSACHUSETTS -- Highest Guaranteed Per-kW Payments in the Northeast
ConnectedSolutions is the gold standard for consistent, predictable VPP payments in the Northeast. Unlike market-rate programs that vary by weather, it pays based on enrolled capacity during defined peak windows -- making annual earnings highly predictable.
Program: ConnectedSolutions (National Grid and Eversource)
Eligible batteries: Most major residential storage battery types
Payment: Seasonal capacity payment per kW dispatched during the 60 highest-demand hours of summer (June 1 to September 30). National Grid: $275/kW. Eversource: ~$225/kW.
Example: A 5 kW battery with National Grid earns $1,375 per summer season. Over 10 years: $13,750 from ConnectedSolutions alone.
Contract: Annual, renewable. Winter demand response program also available through Eversource -- combined enrollment increases earnings 20-30%.
How to enroll (other batteries): Official utility website
Massachusetts VPP Earnings Estimate:
$800 to $1,500+ per year for a typical 5-7 kW battery system
Massachusetts consistently delivers the highest per-kW capacity payments of any US state.
VERMONT -- Innovative Lease and BYOD Models
Program 1: Green Mountain Power BYOD
Eligible batteries: Mainstream approved Home energy storage battery.
Payment: $850 per kW enrolled for 3-hour battery discharge capacity; $950 per kW for 4-hour discharge. Retrofitting existing solar qualifies for the higher tier.
Enrollment cap: 1,062 customers for the 2024-2026 cycle (~145 spaces remaining as of last update -- act quickly).
How to enroll: Official utility website
Program 2: GMP Battery Lease Program
How it works: GMP leases residential home batteries to customers at a below-market monthly rate. GMP uses those batteries for grid services. You get backup power at a discount.
Effective benefit: $8 to $15 per month in reduced lease cost, functioning as an implicit participation payment.
How to enroll: Official utility website
Vermont VPP Earnings Estimate:
$850 to $950 per kW upfront via BYOD
A 5 kW system earns $4,250 to $4,750 at enrollment -- the largest single-payment VPP incentive in any Northeast state.
CONNECTICUT -- High Rebates Plus Ongoing Performance Payments
Program: Energy Storage Solutions (Eversource CT + CT Green Bank)
Eligible batteries: Residential systems. Upfront incentive: $162.50 to $600 per kWh depending on customer type and incentive step. Priority adders for grid-edge customers, critical facilities, and low-income households.
Performance payments: $200 per kW per summer, $25 per kW per winter (declining to $115/$15 after year five).
Contract term: 10 years.
How to enroll: Official program website
Total potential: At max $600/kWh upfront + $200/kW summer: a 10 kWh / 5 kW system earns $6,000 upfront + $1,000/summer = up to $16,000 over the 10-year contract.
COLORADO -- Utility-Direct with Strong Upfront Incentives
Program: Xcel Energy Renewable Battery Connect
Administrator: Xcel Energy (dispatches enrolled systems directly -- no third-party aggregator)
Payment: $350 per kW AC upfront enrollment incentive (max $5,000 per application) + $100 annual participation incentive.
Income-qualified rate: $800 per kW AC (up to 75% of equipment-only cost) for income-qualified and disproportionately-impacted customers.
Contract term: 5 years.
How to enroll: https://my.xcelenergy.com/s/state-selector?return=%2Fs%2F
HAWAII -- Monthly Payments Plus Export Credits
Program: BYOD Plus (Hawaiian Electric)
Eligible: Residential batteries paired with solar (standalone storage not eligible). Advanced meter required. Hawaiian Electric customers only (serves 95% of Hawaii's 1.4 million residents on Oahu, Maui, Hawaii, Lanai, Molokai).
Payment: $100 per kW committed upfront (max $500) + $5 per kW per month capacity incentive + monthly export credit at the Smart Renewable Energy Export evening peak rate.
LMI adder: Low-moderate income customers receive an additional $400 per kW upfront with no maximum cap.
Contract term: 5 years.
How to enroll: https://www.hawaiianelectric.com/products-and-services/customer-incentive-programs/bring-your-own-device-plus
ARIZONA -- New Storage Rewards Pilot (2025-2026)
Program: APS Storage Rewards Pilot (Arizona Public Service)
Status: Newly approved 5-year pilot; enrollment open in 2026. Capacity: up to 5,000 residential APS customers.
Payment: $110 per kW annual performance payment based on seasonal average capacity exported to the grid.
Example: A 5 kW battery earns $550 per year, or $2,750 over the 5-year pilot term.
Contract term: 5 years.
How to enroll: https://www.aps.com/en/About/Sustainability-and-Innovation/Technology-and-Innovation/Storage-Rewards
IDAHO / OREGON / UTAH / WASHINGTON / WYOMING -- Rocky Mountain Power States
Program: Wattsmart Battery Program (Rocky Mountain Power)
Eligible: Residential and commercial. Rocky Mountain Power dispatches enrolled batteries directly.
Payment: $400 per kW enrollment incentive (max $2,000 per household) + $15 per kW per month ongoing participation incentive. Annual incentives begin in year two.
Example: A 5 kW system earns $2,000 upfront + $900/year = $5,600 over the 4-year contract.
Contract term: 4 years.
How to enroll: https://www.rockymountainpower.net/savings-energy-choices/wattsmart-battery-program.html
KANSAS -- Free Battery Pilot
Program: Home Battery Storage Pilot (Evergy)
How it works: Evergy installs a free home battery (~$18,000 value) at no upfront cost. Customer pays $10 per month program fee. Evergy owns and controls the battery.
Benefit: Free backup power capability for the customer; $10/month is the only cost. No direct participation payments.
Status: Pilot running through December 2026 (launched spring 2024).
How to enroll: https://www.evergy.com/ways-to-save/programs-link/battery-storage-programOfficial utility website
LOUISIANA (NEW ORLEANS ONLY) -- Small Pilot, Growing
Program: Entergy Energy Smart Battery Program
Eligible: New Orleans residential customers only (Entergy New Orleans service area).
Payment: $300 one-time enrollment incentive + up to $250 annual participation incentive based on actual event participation ratio.
Current scale: Phase 2: 130 customers (125 residential, 15 small commercial).
How to enroll: https://www.entergy.com/news/entergy-new-orleans-energy-smart-program-launches-new-website
STATES WITH VPP PROGRAMS IN DEVELOPMENT (2026)
Based on the NCCETC 2025 VPP Report and SEPA Q3 2025 policy update, the following states have programs proposed or approved in 2025 that are expected to launch or expand in 2026. Bookmark your utility's demand response page and check back quarterly.
| State | Utility / Program | Status | Est. Launch |
|---|---|---|---|
| Maryland | BGE, Delmarva, Pepco, Potomac Edison (DRIVE Act) | Filed with regulators Jan 2026 | 2026 |
| Illinois | Ameren / ComEd (Clean & Reliable Grid Affordability Act) | Legislation passed 2025 | TBD 2026 |
| Virginia | Dominion Energy VPP Pilot | Required by 2025 law | 2026 |
| Minnesota | Xcel Energy CapacityConnect | Proposed 2025 | TBD 2026-2027 |
| Georgia | Georgia Power Solar+Storage Pilot | Approved 2025 | 2026 |
| Delaware | Delmarva Power Load Flexibility Portfolio | Proposed 2025 | TBD |
All Active US Virtual Power Plant Programs at a Glance: 2026
| State | Program | Compatible Battery | Payment Type | Annual Earnings Est. | Enrollment |
|---|---|---|---|---|---|
| CA | DSGS (CEC) | Most via aggregator | Capacity payment | $621-$1,076/kW/yr | energy.ca.gov |
| CA | CalReady | Installed solar+storage systems | Upfront + auto | $100-$150 enrollment | Official program site |
| CA | SGIP (CPUC) | Most brands | Rebate + performance | Up to $10,000+ (5 yr) | Via SGIP installer |
| TX | Standard Home Battery VPP | 2nd/3rd gen residential battery | ERCOT market rate | $50-$500/season | Battery app |
| TX | Intelligent VPP | Smart grid-tied batteries + others | Bill credits | Varies | Official provider site |
| TX | Premium Storage System VPP | Premium residential storage | PPA structure | In contract | Official program site |
| MA | ConnectedSolutions (National Grid) | Most batteries | $275/kW/season | $1,375/season (5kW) | Official utility site |
| MA | ConnectedSolutions (Eversource) | Most batteries | $225/kW/season | $1,125/season (5kW) | Official utility site |
| VT | GMP BYOD | Mainstream approved batteries | $850-$950/kW upfront | $4,250-$4,750 (5kW) | Official utility site |
| CT | Energy Storage Solutions | Most batteries | Rebate + $200/kW/summer | Up to $16,000 (10 yr) | Official program site |
| CO | Xcel Battery Connect | Most batteries | $350/k + $100/yr | $2,250 over 5 yrs (5kW) | Official utility site |
| HI | BYOD Plus (Hawaiian Electric) | Solar-paired batteries | Upfront + $5/kW/month | $2,000-$3,500 (5 yr) | Official utility site |
| AZ | APS Storage Rewards Pilot | Most batteries | $110/kW/year | $550/year (5kW) | Official utility site |
| ID/OR/UT/WA/WY | Wattsmart (Rocky Mountain Power) | Most batteries | $400/k + $15/kW/mo | $5,600 over 4 yrs | Official utility site |
| KS | Evergy Home Battery Pilot | Utility-provided battery | Free battery + $10/mo | No direct payment | Official utility site |
| LA | Entergy Energy Smart (NO only) | Most batteries | $300 + up to $250/yr | ~$550/year | Official utility site |
How to Choose the Right VPP Program if Multiple Options Are Available
Some battery owners -- particularly in California -- may be eligible for more than one program simultaneously. Here is how to decide:
- Compare payment structures first. Capacity payments (per kW per season) are predictable and independent of weather. Performance payments (per kWh exported) can be higher in active years but lower in mild years. For income predictability, prioritize capacity payment programs like ConnectedSolutions.
- Check for stacking eligibility. Some programs can be combined. In California, SGIP performance incentives can sometimes be earned simultaneously with DSGS capacity payments. Ask your aggregator explicitly whether stacking is permitted.
- Consider your backup power needs. Programs that allow a high minimum reserve (50%+) are better for households where backup power is the primary motivation. Avoid programs requiring full battery availability for dispatch if you have serious outage risk.
- Evaluate the aggregator's track record. For market-rate programs, earnings depend on how often dispatch events occur and how efficiently the aggregator dispatches. Look for programs with at least two full seasons of transparent earnings data.
Frequently Asked Questions About Virtual Power Plant Enrollment
Do I need solar to join a virtual power plant?
No -- most VPP programs accept standalone battery storage systems without solar. Hawaii's BYOD Plus and a few others require solar pairing, but the majority -- including ConnectedSolutions, DSGS, and Xcel Battery Connect -- accept batteries on their own. Confirm requirements for your specific program before applying.
Will the VPP drain my battery when I need it most?
Reputable programs include a Storm Watch feature that automatically detects severe weather forecasts and pre-charges your battery to 100% while suspending VPP dispatch. Always confirm this feature is available in your program and keep it enabled.
How are VPP payments taxed?
VPP payments are generally treated as ordinary income for federal tax purposes. Upfront enrollment incentives may also be taxable. Consult a tax professional for your specific situation, particularly for programs that issue 1099 forms for payments exceeding $600.
Can I leave a VPP program if I change my mind?
Most programs allow cancellation with 30 to 90 days' notice. Programs with upfront incentives typically require a prorated repayment if you exit before the contract term ends. Read the exit clause carefully before enrolling.
What happens to my VPP enrollment if I sell my home?
This varies by program. ConnectedSolutions and GMP BYOD allow enrollment transfer to the new homeowner with proper documentation. Equipment-tied contracts typically require the new owner to assume the agreement. Disclose your VPP enrollment in the home sale agreement and document the battery serial number and warranty terms.
My battery brand isn't compatible with any listed program. What are my options?
Check whether your battery uses CAN 2.0 or RS485 communication protocol. Many utility-run programs work with any compatible inverter-battery combination regardless of brand. Contact your utility's demand response team directly with your battery's communication specifications.
The Bottom Line: How to Get Started Today
Virtual power plant programs are available right now in roughly half of US states, paying $50 to $1,500 per year depending on your location, battery size, and program type. The barrier to enrollment is lower than most homeowners assume -- for most programs, it is a 15-minute process in your battery's companion app.
Your Virtual Power Plant Action Plan:
1. Identify your utility -- confirm it appears in the state-by-state guide above
2. Confirm your battery's compatibility with programs in your territory
3. Enroll through your battery's app, the aggregator's site, or your utility's portal
4. Set your minimum reserve (20% general; 50%+ if backup is your priority)
5. Enable Storm Watch -- always
6. Track earnings quarterly and reassess annually as new programs launch
If your state does not currently have an active VPP program, bookmark the CESA VPP Programs Summary Table (cesa.org) and your utility's demand response page. The NCCETC 2025 report found that 35 states and DC advanced VPP-related policies in 2025 alone. The map of available programs will look significantly different by late 2026.
