Colorado Springs Utility May Add $500 a Year to Solar Bills
Colorado Springs Utilities has proposed ending favorable net-metering credits for solar owners, a shift that could cost them roughly $500 a year from 2032.
What happened
Rooftop solar owners in Colorado Springs are pushing back against a utility proposal that could sharply cut their savings, according to The Cool Down. Colorado Springs Utilities estimates that solar customers would pay roughly $500 more a year starting in 2032 if the change goes through.
The dispute is about net metering: the arrangement that currently lets solar households apply extra daytime generation to electricity they use later, including at night or in winter, at the same value as the power they exported. The utility has floated replacing that with billing closer to its "Energy Wise" rate plan, which charges more for electricity used on weekday evenings between 5 and 9 p.m. One option under discussion would add a $1-a-day charge, move solar customers onto peak-hour rates, and value exported solar power based on the time of day it is sent back to the grid.
Utility officials argue solar households use about 30% more electricity than non-solar households and are not paying their share of the infrastructure needed to serve everyone during evening peaks. Solar owners counter that they built their financial case around the current rules. One resident, Wendy Crawford, told the city council she would not have made her investment if she'd known the utility "would not stand behind their net metering agreement." The Colorado Springs City Council has informally supported changing the arrangement, and a vote was expected before the end of September.
Why this matters beyond Colorado Springs
Net metering rules are set locally, by state regulators or municipal utilities rather than federal law, so this kind of change can happen anywhere a utility decides the economics of solar exports need adjusting. It's worth remembering, too, that the main federal incentives for home solar are gone: the 25D residential clean energy credit no longer applies to spending after December 31, 2025, so homeowners pricing out a system now are working from installed cost alone, not a tax credit cushion.
That makes it more important to check what's actually available locally. Some states still run utility rebate programs for home energy upgrades, and the DSIRE database is the best place to look up what applies in your area before you budget a project. If you're weighing a solar quote, it's also worth running it through an "is my quote fair" check against local market pricing rather than taking an installer's number at face value.
What it means for the cost of going solar
Net metering is one of the biggest variables in whether solar pays for itself, because it determines how much of your exported power you actually get credited for. A policy shift of this kind doesn't change what a system costs to install, but it does change the payback math, which is part of why some homeowners are looking harder at pairing solar with a battery so they can use their own power during expensive evening peak hours instead of relying on export credits.
For a typical home system, Solar panels work costs $24,700 typical, with a $19,200 – $32,100 range for a mid-tier 6 kWp installation before sales tax. Adding storage raises the price but reduces exposure to time-of-use and peak-rate changes like the one being debated in Colorado Springs: a system with a 10 kWh battery runs around $32,300, compared with $17,000 with no battery at all. The table below shows how battery size moves the typical cost:
| Material | Typical | Usual range | Lifespan |
|---|---|---|---|
| No battery | $17,000 | $13,300 – $22,100 | – |
| 5 kWh battery | $24,700 | $19,200 – $32,100 | – |
| 10 kWh battery | $32,300 | $25,200 – $42,000 | – |
| 13.5 kWh battery | $37,600 | $29,400 – $48,900 | – |
Basic systems without a battery start around $17,000, while premium installations with larger batteries and higher-output panels can reach $32,900.
Our take
We calculate these figures from installer labor hours and local material and equipment costs, checked against market pricing and real quotes, not from utility billing scenarios. What a net-metering change like Colorado Springs' actually costs an individual household depends on their usage pattern and the utility's final rate design, which is why we don't attach a dollar figure to "what this policy shift means" the way the utility has. What we can say is that battery storage is increasingly part of the conversation wherever net metering is under pressure, because it lets a household use more of its own solar power on-site rather than depending on export credits that a utility can revise. Anyone pricing a system, with or without storage, should get a few quotes and compare them against typical costs for their area before signing anything.