Ehoko Urban District

Challenge

The topographical issues required the creation of a flat yard, leading to intensive civil work. The region’s intense rainfall necessitated a drainage system capable of handling increased water flow at the PV site. Diverse village structures demanded exclusive design considerations, and the lack of knowledge about the electrical consumption profile added complexity. The installation’s remote location, coupled with a high wind intensity, demanded heavy-duty structures and detailed installation plans with all equipment transported beforehand.

Solution

To address these challenges, we installed the first atmospheric water generator in the country in a remote supply format, with a nominal generation capacity of 504 liters/day. It is ideal for industrial installations such as construction sites, mines, oil rigs, remote facilities, etc.
It is designed to be transported with pallet trucks and to fit on an EUR-pallet. It can operate under extreme environmental conditions up to 55oC with the ability to extract water with low ambient humidity. It has been optimized to minimize the energetic cost of water generation. Compatible with external tank, maintaining its water safe thanks to the integrated recirculation mode. Several water purification options are available.

Client

Our client, the forward-thinking Guinea Equatorial’s government sought a sustainable and reliable power supply. However, the diverse structures in the village posed a unique challenge, demanding exclusive designs for each building. The unpredictable electrical consumption profile and lack of a stable communication link further complicated the project. Our client envisioned a solution that not only addressed these challenges but also ensured a resilient and sustainable power supply for their community.