Why Now Is the Best Time to Go Solar and Add Home Battery Backup
U.S. electricity demand is surging from data centers for AI, onshore manufacturing, and electric vehicles (EVs)—straining the energy grid. Learn how rooftop solar, batteries, and financing tools can help lower bills, keep your lights on, and even strengthen your community.
Key Takeaways
Rising electricity demand is stressing the grid and raising household energy bills.
Solar and batteries cut costs, add backup power, and support grid stability.
There are a variety of options to help you pay for solar and battery storage.
Last updated: June 2026 The way we power our lives is changing fast.
Data centers for AI, onshore manufacturing, and electric vehicles (EVs) are driving U.S. electricity demand to record levels, and it’s happening faster than our power grid can keep up. That means more strain, more outages, and rising utility bills.
But there's good news: your home can be part of the solution.
With rooftop solar and a battery system, you can generate your own clean power, save money, and even support your community, all with the help of modern financing tools that make it easier than ever to get started.
Why the grid needs help and how it affects you
Over the past 20 years, electricity use in the U.S. has stayed relatively flat. But that’s changing. Fast.
The International Energy Agency (IEA) reports that AI and data centers are set to drive nearly half of U.S. electricity demand growth by 2030.
Our grid, built decades ago, wasn’t designed for this kind of surge.
Long delays in upgrading power lines and infrastructure are slowing down the shift to clean energy.
Meanwhile, homeowners are seeing higher bills and more frequent grid stress events.
How can home solar and battery storage help the grid?
The most powerful solution might already be sitting on your roof, or in your garage.
By adding residential solar panels and battery storage, your home can:
Lower your electricity bill by producing your own clean energy.
Keep your lights on during outages or peak demand periods.
Help the grid by providing extra power when it’s needed most.
And when your system is connected to a Virtual Power Plant (VPP) program, your battery can automatically send stored energy back to the grid when demand is high — turning your home into a smart energy asset.
What changed at the end of 2025?
The big shift: the federal Residential Clean Energy Credit — which covered 30% of the installed cost of solar panels, battery storage, and other clean energy systems — expired for homeowner-owned systems placed in service after December 31, 2025.
Here’s what that means in plain terms:
If you own your system outright (via a solar loan or cash purchase), no federal ITC is available for systems installed in 2026 and beyond.
If you go with a solar lease or PPA, you can still benefit from tax credits — the third-party installer claims the credit and passes the savings to you through lower payments. This pathway remains open through 2027.
State incentives, net metering, and utility rebates are largely unaffected by the federal change.
Already installed before December 31, 2025? If your system was placed in service (activated and operational) before the deadline, you’re still eligible — even if you financed it and are still making loan payments. File IRS Form 5695 with your federal tax return and work with your tax advisor to claim the credit.
How do I pay for solar and battery storage?
Energy upgrades can feel like a big investment. That’s why GoodLeap works with contractors nationwide to make solar and battery solutions affordable and accessible.
With flexible financing options, homeowners can:
Install solar or batteries now without waiting or paying upfront.
Choose a lease or power purchase agreement to enjoy the benefits of solar without the hassle of maintenance
Join programs like GoodGrid to participate in a Virtual Power Plant and earn rewards.
You’re not just saving—you’re building the future
The more homeowners who upgrade, the stronger and smarter our grid becomes.
Together, we're:
Reducing the need to build and pay for expensive power plants to meet peak demand.
Avoiding blackouts and brownouts in our communities.
Moving toward a cleaner, more resilient energy system that is powered by people, not just utilities.
Ready to get started?
Whether you're curious about solar, battery storage, or how financing works, we’re here to help.
Learn more about how GoodLeap can help you take control of your home’s energy future.
Frequently Asked Questions
1. Is solar still worth it without the 30% tax credit?
For most homeowners, yes. Solar system costs have dropped ~90% since 2010, electricity rates continue to rise, and solar adds significant resale value. The payback period is longer without the credit, typically 8–12 years vs. 6–8 with the ITC, but the investment still makes financial sense in most U.S. markets.
2. Can I still get a federal tax credit for solar in 2026?
Not for homeowner-owned systems placed in service after December 31, 2025. However, homeowners who choose a solar lease or PPA may still benefit from tax credits claimed by the third-party installer, which are typically reflected in lower lease or PPA payments. This pathway remains open through 2027.
3. What does a home battery actually do during an outage?
A home battery stores solar or grid energy and releases it when the grid goes down. A single home battery can power essential loads like refrigerators, lights, Wi-Fi, phone charging, for up 12–24 hours. Paired with solar, it can recharge during daylight and provide indefinite backup while the sun is shining.
4. Does going solar affect my home’s resale value?
Homes with solar sell for about 4% more on average, roughly $15,000, according to Lawrence Berkeley National Lab and Zillow, with premiums of 5–10% in high-value markets like California.
