Solar power sleeps at night and fades in the rainy season – wind often does the opposite. The wind-solar hybrid system pairs a photovoltaic array with a 1-2kW wind turbine and battery storage, so the two sources cover each other’s gaps and the system generates around the clock.
Key Features
- Complementary sources: day-and-night and seasonal complementarity shrink the battery capacity needed for autonomy.
- Standard configuration: nine 550W modules (4.95kW) plus a 1kW turbine with dedicated wind controller.
- Larger option: three-phase 15.4kW PV plus 2kW wind version for bigger loads.
- Storage included: two 5kWh batteries (two 15kWh on the larger system) with hybrid inverter management.
- Fully automatic: the multi-function inverter manages both inputs, battery bank and loads with no operator intervention.
- Lower total cost: cheaper than a solar-only system sized for the same reliability in bad weather.
Typical Applications
Telecom stations, island homes, farms and monitoring sites that cannot tolerate downtime through nights, storms and weeks of bad weather.
Common Pain Points We Solve
- Bad-weather blackouts: wind and solar cover each other’s gaps – the system keeps generating through nights, storms and the rainy season.
- Oversized battery cost: day-night complementarity shrinks the battery capacity needed for autonomy, the biggest cost in any off-grid system.
- Unattended operation: fully automatic source and battery management requires no operator – ideal for telecom and monitoring sites.
- Single-source risk: two independent energy sources plus storage deliver reliability a solar-only system of the same budget cannot match.
Specifications
| Solar array | 9 x 550W (4.95kW), 28 x 550W (15.4kW) option |
|---|---|
| Wind turbine | 1kW or 2kW with dedicated wind controller |
| Storage | 2 x 5kWh (2 x 15kWh on larger system) |
| Inverter | Single-phase hybrid or three-phase grid-connected |
| Operation | Fully automatic, unattended |
