A trillion dollars is about to be spent rebuilding the American grid. It is time that American households see direct benefits from those investments.
We are opening up energy markets to American homes, beginning with capacity.
US energy utilities are forecast to spend roughly $1.3 trillion in capital between 2026 and 2030, about 29% above the roughly $200 billion spent in 2025. S&P Global Market Intelligence, Regulatory Research Associates, April 2026.
One agreement. Three sides that all come out ahead.
Real Estate Portfolios
For homes
We install solar and energy storage on your home at no cost to you. No down payment, no loan, no credit check. We own the equipment and maintain it. Your bill comes down, and the lights stay on when the grid goes out. Roughly 25 days a year the capacity is called on, and your home runs exactly as it does now.
For energy buyers
Achieve speed to power with capacity that delivers community benefit at scale. You negotiate one contract and unlock a distributed fleet of solar and storage. Resilience owns the fleet and dispatches it on your behalf when capacity is called. The systems sit on homes already connected, so they clear residential interconnection rather than the transmission queue. What the capacity delivers in the community is metered and verified.
For communities
We negotiate capacity agreements market by market, so the savings, the backup power and the trades work are local by design. A 100 MW agreement covers roughly 20,000 homes and supports an estimated 1,500 job-years of skilled trades work, plus maintenance across the 15-year life of the agreement.
No down payment, no loan, no credit check.
The most MISO has ever called on capacity is
22 days per year. The rest of the time we deliver energy to residents.
Without changing utility, you save as much as $90 per month.
Backup power is bought and sold every day at scale. Homes were shut out of the market…until now.
Capacity is backup power for the grid. Think of a generator in a garage: you pay to own it and you almost never run it. The grid makes the same deal, at a scale of hundreds of gigawatts.
Roughly a fifth of the grid's power potential is capacity standing by for the grid's hardest days. Resilience makes it possible to buy capacity from communities.
Capacity is called about 10% of the year. The rest of the time capacity is idle. The difference is that when that capacity sits on homes it is serving the grid 10% of the time and the home 90% of the time.
Same capacity. Completely different community benefit.
off household bills over 15 years.
time take to interconnect capacity.
of the year delivering power to the grid.
job-years of labor.
estimated, off household bills over 15 years
to deploy and interconnect power.
the system is working for the grid or for residents.
job-years of labor plus operations and maintenance work for the full life of the system.
Sources: peaking capacity of approximately 280 GW, defined as thermal or storage capacity operating below a 20% capacity factor, Bistline et al., "The past, present, and future of peaking thermal power plants in the United States," iScience, 2026. Total US utility-scale generating capacity of 1,280,799 MW at the end of 2025, and simple-cycle gas turbine capacity factors averaging roughly 10% outside the summer months and about 17% from June through August, US Energy Information Administration. 100 MW is approximately 20,000 homes at roughly 5 kW of dispatch capacity per home, Resilience Energy modeling. Peaker size is illustrative. Household savings of $324 million is 20,000 homes x $16,200 estimated savings over the 15-year agreement, Resilience Energy modeling; savings vary by local utility rates and system performance, and can be lower. For large-scale and utility projects built in 2025, median time from interconnection request to commercial operation exceeded five years, Lawrence Berkeley National Laboratory, "Queued Up: 2026 Edition," May 2026. Job-years per the IREC 2024 National Solar Jobs Census and NREL JEDI modeling. Savings estimate per the disclosure above. Turbine backlog per GE Vernova second quarter 2026 results, July 22, 2026.
It all begins with a contract.
A power purchase agreement is how power plants have been financed in America since 1978. A buyer commits to purchase the output at a set price, for long enough that a bank will lend against it.
Homes have never been able to participate. A Community PPA is the same instrument, pointed at homes, covering thousands of them under a single agreement.
A buyer signs
A bank finances
the project
Solar and storage installed on homes
No payment from you
Nearly every utility-scale solar, wind and gas project in the country was built this way, and terms typically run 15 to 25 years. Sources: Public Utility Regulatory Policies Act of 1978, Section 210, which established the power purchase agreement as the instrument for these transactions; Stoel Rives, "The Law of Solar: Power Purchase Agreements, Utility-Scale Projects."
Homes are the fastest way
to add capacity to the grid.
in the transmission queue
Sources: for large-scale and utility projects built in 2025, median time from interconnection request to commercial operation exceeded five years, Lawrence Berkeley National Laboratory, "Queued Up: 2026 Edition," May 2026. Turbine backlog per GE Vernova second quarter 2026 results, July 22, 2026. Nuclear per Vogtle Unit 3, which took just over ten years from first concrete in March 2013 to commercial operation in July 2023; the US Energy Information Administration describes the two-unit Vogtle expansion as an eleven-year project.
Want this on your home?
Real Estate Portfolios
Register your interest. It takes a minute and commits you to nothing.
For utilities, grid operators and large energy buyers
Real Estate Portfolios
Capacity sited where people already live, with a record of the household savings, backup power and job benefits delivered.