Access to clean and convenient water can make a significant difference in a community.
In Mt Darwin, Zimbabwe, a private client was facing a familiar challenge. An existing borehole was fitted with a traditional bush pump that supplied water to people in the surrounding community. Although the borehole provided an important source of water, collecting it was physically demanding and time-consuming.
People had to manually operate the up-and-down pumping mechanism each time they needed water.
The question was simple: Could the existing borehole be upgraded into a more convenient and sustainable water supply without starting from scratch?
The answer was yes.
Ultimate Power converted the traditional bush pump borehole into a solar-powered water pumping system, creating a more accessible community water point while making use of the existing borehole.
The Challenge: A Traditional Pump With a Modern-Day Problem
The original bush pump had served the community, but it came with limitations.
Everyday water collection required physical effort. As demand increased, relying entirely on manual pumping became less convenient for the people using the water point.
For households collecting water regularly, especially where several people depend on the same source, reducing the physical work involved can have a meaningful impact.
Rather than replacing the entire water source, the project focused on solarizing the existing borehole and improving the way water was pumped, stored and accessed.
The Solution: Solar-Powered Borehole Water Pumping
Ultimate Power designed and installed a solar borehole pumping system suited to the site’s requirements.
The installation included:
- 3 × 600W solar panels
- 1.2HP borehole water pump
- 2 × 5,000-litre water storage tanks
- Pressure tank
- 3 water taps
- Solar pumping equipment and supporting infrastructure
The solar panels provide the energy needed to operate the borehole pump, allowing water to be pumped and stored for community use.
With a total storage capacity of 10,000 litres, the system provides a substantial water reserve rather than requiring people to pump water manually every time they need it.
Why Solarizing an Existing Borehole Makes Sense
One of the biggest advantages of a project like this is that the existing borehole can be retained.
A functioning borehole already represents a valuable water resource. By converting the pumping system to solar, it is possible to improve accessibility while introducing renewable energy into the water supply process.
For communities and property owners considering borehole solarization in Zimbabwe, this approach can offer several practical benefits.
Less Manual Effort
Instead of repeatedly operating a traditional bush pump, the solar pump handles the water-lifting process.
Greater Convenience
Water is pumped into storage tanks, creating a centralized supply point where users can access water through taps.
Renewable Energy
Solar energy powers the pumping system, reducing reliance on conventional electricity sources for the pumping process.
Increased Water Storage
The two 5,000-litre tanks provide a combined 10,000 litres of storage, helping make water available beyond the exact moment when pumping is taking place.
Improved Community Access
Three taps were installed to make water collection easier and more organized for the surrounding community.
The Result
The transformation was more than a change in pumping equipment.
The traditional bush pump was successfully upgraded into a solar-powered borehole water supply system, giving the community a more convenient way to access pumped water.
The completed system now combines:
Solar power + borehole pumping + water storage + multiple access points
This creates a practical water solution designed around the needs of the people using it.
Most importantly, the project demonstrates that an existing borehole does not necessarily need to be abandoned when its traditional pumping method becomes inconvenient.
An Existing Borehole Can Be Solarized
For property owners, farms, rural communities and other sites with existing boreholes, solarization can be an option worth considering.
The right system depends on factors such as borehole depth, water yield, required pumping capacity, daily water demand, available sunlight and storage requirements.
That is why proper site assessment and system design are essential before installation.
A Practical Solar Water Solution for Zimbabwe
Zimbabwe has many areas where access to reliable water remains an important consideration for homes, farms, businesses and rural communities.
A well-designed solar borehole pumping system can bring together several important components into one solution: renewable energy, efficient pumping, water storage and accessible distribution.
The Mt Darwin project is a practical example of what this transformation can look like.
It started with a traditional bush pump.
It ended with a solar-powered water system featuring 10,000 litres of storage and three water access points.
The technology changed—but the real transformation was in how people could access the water.
Looking to Solarize Your Borehole?
Already have a borehole with a traditional pump?
You may not need to start again.
Ultimate Power provides solar borehole solutions, pump installation, solar installations, electrical services, maintenance and support designed around individual site requirements.
From assessing an existing borehole to selecting the appropriate pump, solar panels, storage and distribution system, professional planning can help ensure that the final installation meets the site’s water needs.
Ultimate Power — we don’t just install solar. We transform how people access and use energy and water.