Oshili Power

Solar and hybrid power: lower cost, lower carbon, same firmness.

Solar is the cheapest daytime energy available in Africa. On its own it cannot power a mine. Integrated with firming plant and storage, it transforms the economics of one.

Rows of solar trackers at first light, with an inverter skid in the foreground and a mine headgear on the skyline.

What hybridisation delivers.

  • Cost.

    Every solar kWh displaces a fuel kWh. Over a multi-year contract the fuel saving is the largest single lever on your blended energy price.

  • Carbon.

    Measurable emissions reduction against a diesel or grid baseline, with the data to support your reporting and financing requirements.

  • Firmness preserved.

    The thermal and storage layers carry the load through cloud events and the night; production planning does not change.

Engineered around your load.

Hybrid design is a matching exercise: your load profile, your process tolerance for variation, your site's solar resource, and your fuel logistics, resolved into a dispatch philosophy before a single component is chosen. We size the solar fraction to your economics, not to a headline.

Thermal without solar Illustrative Thermal with solar
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Heritage in solar.

Oshili Power's origins are in Namibian solar development, in one of the world's strongest solar resources. That heritage now serves a wider purpose: solar as one instrument in an integrated firm-power system.

Namibia

How to buy solar and hybrid power.

Available under all four engagement routes, from interim hybrid plant to long-term IPP structures.

Delivery Models

Model the hybrid economics for your site.