Our technology
Precision. Power. Purity.
Solar-first water systems engineered for Nigerian grids, or the absence of them.
How it works
Four disciplined phases from site selection to monitored service.
- 1
Survey
Hydrology, demand modelling, and community governance mapping before a single panel ships.
- 2
Install
Solar array, pump, storage, and distribution headers engineered for local voltage and water chemistry.
- 3
Purify
Filtration and disinfection where needed, validated against national drinking water guidelines.
- 4
Monitor
Telemetry for flow, runtime, and faults with escalation playbooks for operators.
System components
Click to expand each subsystem. We design for maintainability, not mystery.
High-efficiency modules with MPPT controllers, lightning protection, and theft-resistant mounting.
Comparison
Why solar distribution beats diesel dependence and informal sachet reliance for baseline community access.
| HydroReach solar | Traditional borehole | Sachet water | |
|---|---|---|---|
| Fuel / grid OPEX | None | Often diesel or unstable grid | N/A (purchased units) |
| Reliability | High with monitoring | Variable | Supply chain dependent |
| Safety at tap | Engineered + tested | Depends on construction | Packaging varies |
| Climate alignment | Renewable | Mixed | Plastic footprint |
Typical specifications
- Up to ~20,000L/day capacity (programme-dependent)
- 15+ year structural design life for fixed arrays
- Zero fuel cost at point of abstraction
- Real-time monitoring with operator dashboards