Home-grown Kenyan solar farm powers computers – and protects girls

Kenyan solar farm
Kenyan solar farm and wind energy power everything in a village in the Rift Valley, even a rescue centre for girls fleeing child marriage. Reuters photo by Benson Rioba.

Kenyan solar farm purchased, maintained by residents

By Benson Rioba

OLOSHO-OIBOR, Kenya, Jan 25 (Thomson Reuters Foundation) – When the first few residents of this village in the Ngong hills installed solar panels, nearly a decade ago, the only aim was to power their own homes, as their town had no connection to the national power grid.

But today the community, south of Nairobi in the Rift Valley, is buzzing with solar and wind energy, which powers everything from the dispensary and church to shops, homes and even a rescue centre for girls fleeing child marriage and the threat of female genital mutilation.

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Residents say they banded together to buy the shared energy system themselves, recognising that the substantial upfront cost would create benefits for years to come. Those now include everything from vaccines that can now be kept cold at the dispensary to solar-powered pumping of water.

“Before we started this solar farm, people from this village used to travel to Ngong town, which is 17 kilometers away, to get basic services and goods such as a photocopy or a haircut. This used to inconvenience us greatly since you had to part with a tidy sum,” said Simon Parkesian, the manager of the community’s solar farm.

In 2009, some residents of Olosho-Oibor, impressed with a first couple of private solar panels installed in the community, decided they wanted panels of their own – but many people could not afford them.

So a group of community members began contributing cash – 10 dollars a month – until they had enough to buy a set of larger solar panels that could serve many nearby homes.

They then approached the U.N. Industrial Development Organization for technical help in installing their system. Today the 125-member energy cooperative has raised $4,900 for panels – installed on poles around the community and on rooftops – and installed two small wind turbines as well.

The community also has a 10-kilowatt diesel generator as a backup in periods when both sunshine and wind fall short, but that is used only occasionally, Parkesian said.


Lydia Mboyo, one of those receiving power from the community energy farm, said having lights in the evening has helped her children study and allowed her to run her small retail shop at night.

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She now is making plans to expand her shop and purchase a refrigerator to store perishable food and drinks.

“I am also a member of a women’s group that makes and sells beaded ornaments abroad, and with lighting we have been able to store our business records in computers. We also listen to the radio for entertainment while beading,” Mboyo said.

Parkesian said access to power also has spurred creation of a community information and communications technology (ICT) centre that has trained more than 40 people in basic computer skills, and that now offers photocopying and printing services.

The centre also allows people to charge their mobile phones, which once had to be switched off to save power when not being used to make calls.

As well, the renewable energy network is powering a centre for vulnerable girls fleeing early marriage and female genital mutilation – both problems common in the area, Parkesian said.

“The power grid has initiated many projects in the community but the most important project is the girls’ rescue center that houses close to 80 vulnerable girls,” he said. The centre, opened in 2012, uses renewable energy to light its dormitories and classrooms.

Jackline Mwendo, a nurse at Olosho-Olbor dispensary, said her facility has been able to offer vaccine services since it got power to provide refrigeration.

The dispensary’s water supply has also improved as a result of using solar-powered pumps, she said, though she is still hoping for additional power to light maternal delivery rooms at night.


Parkesian said the cost of maintaining the renewable mini-grid has been significant, and community members have needed to contribute $5 a month for continuing access to power to help pay those costs.

Members of the energy cooperative have been trained to repair and replace worn-out parts of wind turbines and solar panels, he said. But many repairs require technical knowledge not available in the village, which increases costs and can lead to the system not working for short periods.

Running the community’s diesel generator to provide back-up lighting at night costs $10 per day, he said.

Leah Kaguara, the Africa director for Energy 4 Impact, a non-governmental organisation that supports energy access in off-grid communities, said Olosh-Oibor’s model of communities pulling together to invest in renewable energy should be encouraged, in part to overcome the technology’s high upfront costs.

Access to energy is key to eradicating extreme poverty in areas where people still rely on firewood or kerosene for energy, she said.

One key to making community renewable energy systems work, she added, is that people should continue to pay at least a small amount for the power they receive, including to support maintenance costs.

(Reporting by Benson Rioba; editing by Laurie Goering)

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