Kaneohe homeowners face a unique solar challenge: the windward side gets more rainfall and passing clouds than leeward Oahu. That does not mean solar does not work here — it means your system needs to be designed by someone who understands windward conditions. AEI has decades of experience optimizing systems for Kaneohe's microclimate.
Yes. While Kaneohe receives more rainfall than Honolulu or Ewa Beach, it still averages 4.5–5.0 peak sun hours per day — more than enough for a high-performing solar system. The key is using panel-level optimization (Enphase microinverters) so passing clouds only affect individual panels, not the entire array.
Kaneohe homes in the Haiku Valley, Ahuimanu, Temple Valley, and along Kahekili Highway typically install 8–12 kW systems. Homes at higher elevations often have excellent solar access above the tree line.
The windward side is more vulnerable to storm-related outages — fallen trees and heavy rain can knock out power for hours or days. A Tesla Powerwall 3 provides seamless backup so your refrigerator, lights, medical equipment, and internet stay running. Combined with solar, your battery recharges during the day so you can weather extended outages.
Kaneohe homeowners can also earn money from their battery through the HECO BYOD+ program — approximately $400/kW upfront for allowing grid dispatch during peak demand.
Designed for windward conditions. Enphase IQ8 microinverters handle partial shading and cloud variability that string inverters cannot.
Storm-ready backup for Kaneohe homes. 13.5 kWh usable capacity per unit, expandable for whole-home coverage.
Energy-efficient cooling for Kaneohe's humid windward climate. Ductless systems are ideal for homes without central air.
Windward roofs take more weather punishment. We assess roof condition during every solar site survey and can bundle both projects.
Kaneohe is within the City & County of Honolulu permitting jurisdiction. AEI handles all permit filings, DPP inspections, and HECO interconnection paperwork. Typical timeline from contract to energization is 8–16 weeks.