End-to-End Energy Intelligence
From local lithium to grid orchestration.
An energy initiative spanning resilient infrastructure, operating intelligence, and the long path towards locally developed battery capability.
The research question
Eklezo asks how immediate hybrid-power systems can become the operating foundation for smarter energy coordination—and, over time, for deeper local capability in storage, battery engineering, reuse, and manufacturing.
Why it matters
Farms, mines, schools, clinics, and businesses increasingly combine grid power, solar generation, storage, and backup systems without one operating intelligence. At the same time, much of the value in the battery supply chain is created outside the countries that provide its raw materials.
Eklezo links the urgent need for reliable power today with the longer work of building sovereign energy capability for tomorrow.
One system · Three pillars
The operating intelligence
Software for forecasting generation and demand, scheduling batteries, prioritising loads, and coordinating grid, solar, storage, and backup assets as one energy system.
The operating layer available now
Production-grade hybrid solar, storage, backup, and mini-grid systems for organisations that cannot allow unreliable power to define their operations.
The industrial research horizon
Long-horizon research into lithium processing, pack engineering, climate-appropriate storage, and circular battery systems suited to Zimbabwean and regional conditions.
The build horizon
Build hybrid systems that keep essential operations productive and begin producing high-quality operating data.
Use Eklezo OS to forecast, schedule, prioritise, and coordinate mixed energy infrastructure across sites and mini-grids.
Develop the scientific, engineering, manufacturing, and circular-economy capability required to retain more energy value locally.
Research and build with us
Eklezo is seeking the expertise, operating environments, data, capital, and institutional partnerships required to test each layer against real conditions.
Research with us