Industrial and commercial rooftops
Solar power for your own consumption, on factories, warehouses, shopping centres, public buildings and stadiums.
Lower energy costs, more reliable supply
Businesses in many African countries pay high prices for grid power and rely on diesel generators when the grid fails. A rooftop plant sized to your load profile cuts both.
We analyse your consumption, check the roof structure and design a system that can work together with your existing grid connection, generators and, if needed, battery storage.
Because we purchase modules and inverters in large volumes under long-term agreements, you benefit from favourable component prices and a fixed price that holds for the entire offer period.
Mounting options in detail
The right system depends on roof type, structural reserves and your energy profile. Click through the variants for details.
Tilted rows on flat roofs
Modules on frames tilted towards the equator at an optimised angle: the highest yield per module.
DetailsEast-west on flat roofs
Low module rows standing back to back: more capacity on the same roof and a smoother generation curve.
DetailsFlush on pitched and metal roofs
Rails fixed directly to trapezoidal sheet, sandwich panels or tiles: fast, lightweight and hardly visible.
DetailsBallasted or anchored
Two ways to hold a flat-roof system against the wind. The structural assessment decides which is right for your building.
DetailsCarports and parking canopies
Shade for vehicles and power for the site: solar canopies turn parking areas into power plants.
DetailsStadium roofs and canopies
Lightweight systems adapted to the membrane, steel or concrete roofs of stadiums and large venues.
DetailsHow the power flows in your company
Solar power is used directly in the building first. Surplus charges the battery for the night shift or evening hours, and whatever is still left is fed into the public grid. If the company needs more than modules and battery provide, the difference is drawn from the grid.
What we check in planning
Roof structure
Load reserves, roof covering and condition, wind and edge zones.
Load profile
When and how much power you use, to size the plant for maximum self-consumption.
Fire protection
Access paths, fire breaks and safe DC disconnection.
Hybrid systems
Integration with diesel generators, battery storage and export limits.
Solar on stadium roofs
Stadium roofs and grandstand canopies are among the largest usable surfaces in a city. We plan systems that respect structural loads, spectator safety and the event calendar, and make clean energy visible to thousands of people.
Frequently asked questions
How much can a company save with a rooftop solar system?
Savings depend on your electricity price, load profile and the share of diesel generation you replace. We analyse your consumption and show the savings and payback period in the offer.
Can the system work with our diesel generators?
Yes. Hybrid systems combine solar, battery and generators. A controller ensures the generators only run when solar and battery cannot cover demand, which cuts fuel consumption considerably.
Does our roof have to be structurally checked?
Yes. Before planning we assess load reserves, roof covering and condition. The result determines whether a ballasted, anchored, tilted, east-west or flush system is right for your building.
Can you build solar systems on stadium roofs?
Yes. Stadium systems are planned together with the building's structural engineer, using lightweight modules and low-ballast mounting systems, and installed in the windows between events.
Let's check your roof
Send us the address, roof size and your annual consumption.