A solar borehole combines a drilled water borehole with a solar-powered submersible pump, panels, controller and overhead storage tank. The result is clean water produced during daylight and stored for 24/7 use — with zero electricity bills, zero ECG dependency and zero fuel costs. In Ghana's current power environment, it is the most practical long-term water solution for most homes, farms and communities.
Components of a Solar Borehole System
☀️ Solar Panels
Typically 2–6 panels (400W each). Mounted on a pole or roof near the borehole.
⚙️ Submersible Pump
DC solar pump sized to borehole depth and yield. Lorentz PS2 and Grundfos SQFlex are reliable in Ghana conditions.
🔋 MPPT Controller
Manages power from panels to pump. Protects against dry-run and overvoltage.
💧 Storage Tank
Overhead tank sized to cover overnight and cloudy-day demand. Typically 2,000–10,000 litres.
Solar vs Grid-Powered Borehole
For a detailed comparison: Solar vs Grid-Powered Borehole in Ghana — Which Is Better?
Who Needs a Solar Borehole
- Homes and compounds in areas with frequent ECG outages
- Farms needing irrigation without electricity costs
- Communities and schools in off-grid or peri-urban areas
- Commercial properties wanting to eliminate water supply risk
Solar Borehole Cost in Ghana
A complete solar borehole system costs GH₵25,000–GH₵55,000 depending on depth, yield and system size. See our full cost breakdown: Solar Borehole Installation Cost Guide.
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