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Loiyangalani Mobile Station

Completion of loiyangalani BTS

The most recent WTL installation was completed at Loiyangalani in Marsabit district where a hybrid system to provide power is now active. This installation comes hot on heels after those carried out in laisamis, Taru, Kianjiru and Mutarakwa sites. Since most parts of the rural areas fall outside the national power grid, Safaricom made a decision to deploy alternative energy power to run base stations situated in Kenya’s peripheral locations. This drive will enable Safaricom increase its customer base using new technology systems. A Hybrid System comprising of Wind Turbine and Solar Photovoltaic was thus installed in May 2007, in Loiyangalani, Marsabit District. Previous hybrid systems supplied and installed by Winafrique Technologies Limited, have ensured substantial cost savings. An example is where the fuel consumption of diesel to run the base station dropped from 15,330 litres to less than 4,885 litres.

The installed system.

The Wind Turbine/Solar Photovoltaic Hybrid system includes:-

  1. Wind Turbine,
  2. Solar Panels
  3. Back-up Diesel Generator to supplement in case of low wind/sun periods and
  4. A Battery Bank – to store surplus electric power for use later.

The surplus power after the power demand is satisfied is stored for periods of between one to five days, depending on the consumption.

The Solar Panels mounted on a Lorentz tracker System


Loiyangalani is located in northern Kenya roughly south East of Lake Turkana in Marsabit District.

Access is via Maralal or Marsabit towns by road. There is no electrical power available. After the installation, Cellular phone reception is now available.


Kizingitini Water Desalination Plant.

Earlier in the year, Winafrique installed a water desalination plant for International Committee of the Red Cross (I.C.R.C.) in Kizingitini, Lamu on the Kenyan coast. WTL installed a hybrid system that composed of a 7.5KW Bergey Wind Turbine and a set of 160Wp solar panels. Other components included an Inverter charger, a set of Powerson deep cycle batteries, submersible water pumps, a desalination unit and the control equipment. The installation by WTL included the civil works on the foundation for the shelter and the wind tower structures. The whole project took three weeks to install and now benefits the local community in the provision of fresh water. The total energy generated daily is over 70kWh while the amount of fresh water is over 4,500liters per day. This is another example of a sustainable, cost effective and high quality project that can be replicated to benefit numerous communities across the region.

 
The foundations being laid                                                               Shelter almost complete 
Dispatch to inauguration                                                                    Solar panels
 

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