Free Tool — Fresno, Clovis & Madera
Estimate your annual true-up bill — or enter your actual bill to find out exactly how much more solar you need to eliminate it.
Enter your actual true-up bill and current system details — we will calculate how much additional solar (and whether a battery helps) to bring it down to your target.
From your PG&E account
What you want to reduce it to (default $0)
PG&E solar customers are billed on a Net Energy Metering (NEM) plan. Instead of paying monthly for electricity, you receive credits throughout the year for excess solar production. Once a year — on your true-up date — PG&E settles the account.
If your solar system produced more than you used, you receive a small credit. If you used more than you produced, you pay the difference — that is your true-up bill.
Under NEM 2.0 (systems installed before April 2023), export credits are higher — roughly equal to the retail rate. Under NEM 3.0 (NEMA, April 2023 or later), export credits are significantly lower — roughly 3 cents per kWh. This makes battery storage much more valuable under NEM 3.0.
In Fresno, the most common reasons for a growing true-up bill are: system underproduction (dirty panels, inverter issues, shading), increased usage (new EV, HVAC replacement, pool pump), and PG&E rate increases.
The PG&E true-up is an annual settlement bill for solar customers on NEM. Throughout the year you receive credits for excess solar production. At your true-up date PG&E calculates whether you produced more than you used (credit) or used more than you produced (bill).
It depends on your current system size, annual usage, NEM version, and whether you have a battery. Use the Fix My True-Up tab above — enter your actual bill amount and get an estimate of how many additional kilowatts you need.
Yes, especially on NEM 3.0. A battery lets you self-consume more of your solar production instead of exporting it at the low NEM 3.0 rate. In many cases a battery alone can reduce a true-up bill by several hundred dollars per year without adding any panels.
NEM 3.0 significantly reduced export credit rates — roughly 3 cents per kWh vs 8 cents under NEM 2.0. This means exporting excess solar earns much less, making battery storage far more valuable under NEM 3.0.