The World Bank's Main Grid Connectivity-Mapping Tool is a an approach that can be used ot clearly understand electricty capabilities in an area at a granalar level. As companies take a cleanleap to being powered by solar, it is a way of routing their solar energy inventory to spaces where there is low connectivity.
Availability of reliable, low-cost energy is the cornerstone of economic development and is a primary limiting factor for many developing countries. We share knowledge on an energy sector which is undergoing massive change with new technologies that will provide cheaper, more accessible and cleaner energy.
The Croton tree, which is commonly known as Mukinduri in Eastern and Central part of Kenya, is now a good known source of biofuels and that is being practiced. It grows in a challenging environment and unlike jatropha and palm, it won't bring food and fuel competition. It has no chemical additives and burns cleaner than traditional diesel fuel, with no sulfuric content. It can save our environment from carbon emissions and help in better land usage.
Many companies use traditional methods to measure the impact of solar power investments such as quoting the many dollars invested, number of people using their kits and areas covered by their product, which are inadequate tools for measuring social impact for solar power investments if we have to get it right. Traditional approaches of gathering data are not only expensive, take time to give results and complicated to use, but are also not helpful in terms of boosting solar power funding. The lean data approach proposed by Acumen could, not only bridge solar power funding gaps in developing worlds, but will also help companies to understand emerging markets.
In Nigeria a young green energy innovator has developed an electric mini-grid powered by biogas made from organic waste, and the power it’s generating, is benefitting 550 people of Rije village in Abuja. Dubbed Waste2Watt, this first of its kind renewable energy project in the country, is generating 20 kilowatts of power, after converting agricultural and communal organic waste into electricity, by use of a biogas digester. The electric power generated is then distributed via a mini-grid to the villagers.
Kenya has arguably been making inroads as far as last-mile connectivity in many parts of the country is concerned. The government, through the Rural Electrification Authority which is the implementing agency in this project, has signed a $USD 135 Million solar energy pact with the China Jiangxi Corporation for International Economic and Technical Cooperation to put up a 55-megawatt plant in Garissa
Smart Solar's remote monitoring of solar power systems is not new even to BBOXX, but collaboration with Aeris will mean these systems will use one network and so can be used globally without the need for configuring local networks. It lowers supply-chain costs and deployment time. It means these systems can also be used anywhere in the world.
Africa needs to invest in more mini grid and off grid solutions to provide more people with power and support economic growth and social transformation, so says Africa Progress Panel - led by former UN Secretary General Kofi Annan. Traditional methods of supplying power are unreliable and experience many challenges, with mini grids and off grids as modern methods can help bridge that gap. Their demand is increasing and costs decreasing.
Is Kenya about to lead not only Africa, but the world, in terms of smart cities and combining the Internet of Things (IoT) and LEDs to make smarter, more environmentally friendly, communities? It may well happen. Kenya, as part of Africa, often gets lumped in with the general impression of lagging behind the rest of the world in terms of technology and innovation, but that’s set to change as the country leads the race to utilize new technology-rich ecosystems.