Aerial view of a utility scale solar plant with a central substation

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.

Utility scale solar with substation

01

What hybridisation delivers.

  1. 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.

  2. Carbon

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

  3. Firmness preserved

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

02

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.

24 hours Load Site load Solar generation
Load matching: the site load across a day, and the solar generation available beneath it.
03

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

04

How to buy solar and hybrid power.

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

05

Model the hybrid economics for your site.

Model the hybrid economics for your site