Industrial Solar Services
Back up power source. We set up a system that in the event power is out the Industry keeps running business as usual. Furthermore, we can construct a power supply to connect the industry off grid and extra solar energy produced, can sell to those in need at an agreed price.
Solar Park Construction.
Santana Construction Uganda eqiuiped with the knowledge and skills to construct a park. Uganda as a country not fully connected to the power lines. So off grid clients are strande and yet solar energy is cheaper than Hydro.
Santana Construction Uganda has been the main Ugandan contractor in the construction of the Photovoltaic Soroti Green Energy Power Plant in Soroti.The power station will have a 10 megawatt capacity, which will be sold directly to the Uganda Electricity Transmission Company Limited for integration into the national electricity grid. The power evacuated via a substation near the station. It is estimated that the energy generated will power approximately 40,000 homes located near the station, thereby keeping transmission losses to a minimum.
Santana Construction Uganda has done the works for:
- Civil Works. Drainage systems, fencing, cable trenches
- Electrical and mechanical assembly of solar panels, metallic structure, inverters, transformers. More than 200 workers.
- Evacuation line. A 33kv overhead line of 3km concrete poles
- Cranes, 4×4 forklifts, cherry pickers, low beds, containers
The Soroti power plant is being developed by a consortium of Access Power MEA (through its subsidiary Access Uganda Solar), a company based in the United Arab Emirates, and TSK Electrónica y Electricidad, a company based in Spain.
Construction timeline, costs, and funding
The budgeted construction costs are US$17 million. The project will receive partial funding from the European Union Infrastructure Trust Fund through KfW. The construction is ongoing, with completion expected in the second half of 2016.
Soroti Power Plant Summary
The solar plant Soroti 10,13 MWp in Uganda based on photovoltaic technology (PV). The solar modules receive the irradiance emitted by the sun, which it is turned into electricity by means of photoelectric effect.
The current produced by the modules, which is direct current (DC), furthermore converted into alternating current (AC) through an electronic device called inverter.
First of all, AC power collected by combiner boxes. Afterwards sent up through transformers. Furthermore injected to the grid while using delivery station. The main equipment of the delivery station are the switchgear and the auxiliary transformer. Opuyo substation recieves power output through an over head line.