Frequently Asked Questions

The top three causes are inverter performance drift (41% of cases), dirty panels and shading changes (34%), and utility rate hikes with net metering changes (25%). Even if your system produces the same energy, you may be getting paid less for excess power sent back to the grid. Schedule a free audit to pinpoint your exact issue.

In 2024, inverter replacement costs range from $800-$2,500 depending on system type and size. String inverters typically cost $800-$1,700, microinverters run $180-$440 per unit, and hybrid (battery-ready) inverters cost $1,400-$2,500. Labor adds $100-$250/hour and takes 2-4 hours on average. Most inverters have 10-12 year warranties, so check yours before paying out-of-pocket.

Common warning signs include: error codes or red lights, sudden 25%+ production drops without weather changes, frequent system shutdowns or reboots, excessive heat (too hot to touch), fan running constantly, and ground fault or arc fault warnings. If you see any of these, schedule a diagnostic immediately to prevent complete system failure.

Yes! We dispatch technicians within 2-3 hours for most service areas and complete 85-90% of repairs the same day. We keep the top inverter models in our service vehicles, so if replacement is needed, we can often install it immediately (pending permit approval). Minor fixes like breaker resets, firmware updates, or wiring repairs are typically resolved on-site for under $200.

We currently serve Florida, Texas, Arizona, Oregon, New Mexico, Illinois, and Michigan. Each state has unique climate challenges for solar systems—from Florida's heat and humidity to Michigan's lake-effect snow to Arizona's extreme desert conditions. Our technicians are trained in region-specific solar issues and carry climate-appropriate replacement parts.

Yes, 100% free with no obligation. Our 14-point audit includes: utility bill review, system specs analysis, remote diagnostics, on-site physical inspection of panels, inverter, and wiring, and a detailed custom report with findings and cost estimates. You only pay if you choose to proceed with repairs. The audit takes about 1-2 hours and you'll have results within 24 hours.

It depends on your location. In Florida, we recommend cleaning every 3-4 months due to pollen, salt air, and afternoon thunderstorms. In Arizona, quarterly cleaning is essential due to dust storms. Oregon and Michigan can go 6-8 months between cleanings. Even a 5% reduction in panel cleanliness can increase your bill by $30-60/month. We include cleaning recommendations in every audit.

Absolutely. We file warranty claims with all major manufacturers (SolarEdge, Enphase, Fronius, SMA, etc.) and deal with their delays on your behalf. While waiting for warranty parts, we can install temporary fixes or loaner equipment so you don't lose production. Most inverter warranties are 10-12 years, so always check before paying out-of-pocket.

Yes. Each climate presents unique challenges: Arizona's 120°F+ heat causes thermal shutdowns, Texas ERCOT grid fluctuations damage electronics, Oregon rain causes moisture infiltration, Michigan lake-effect snow blocks vents, Illinois polar vortex prevents cold-starts, and Florida hurricanes can cause physical damage. That's why we use climate-specific inverters and weatherproofing rated for your region's extreme conditions.

String inverters typically last 10-15 years, while microinverters last 20-25 years. However, climate significantly impacts lifespan. Florida's heat reduces lifespan by 15-20%, Arizona by 30-40%, while Oregon's moderate temps can extend it by 2-3 years. Texas heat and grid issues reduce lifespan by 20-30%, and Michigan/Illinois extreme temperature cycling reduces it by 10-15%. Always use climate-rated equipment for your region.