Use of scalable off-grid solutions in advancing rural electrification is important in developing worlds. Last year, Kenya awarded the first utility concession permit to a off-grid power company to generate, distribute and sell power. This year marks an important stage for the project that will demonstrate how these solutions can fit into the agenda, and probably pave the way for entry of more private players of scalable off-grid energy generation and supply solutions.
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.
Can nations in Africa and other parts of the developing world leapfrog over the use of fossil fuels and go straight to renewable energy sources? Understandably, the focus in rural development settings is often on generating centralized electrical capacity through renewable energy. Through the use of solar powered technologies, rural farmers can live healthier lives, create efficiencies to reduce their hard physical labor and create food security year-round.
(B)energy, a Social Business that provides access to biogas, is a clean leap that has embraced change through an innovative, entrepreneurial, technical, and ecological approach. According to Katrin, the best way to bring change in a developing or poor country is through social change. (B)energy came into existence with the intention of solving energy problems in developing countries, and in the process offering people a chance to make a living as they conserved the environment.
Meet Africa's first playground lit by means of power generated from footfall kinetic energy. In other words, when players, runners or other people step on the tiles installed on the ground, electricity is generated and it is used to light up the field. It means that the more players hustle for the goals, the brighter the light shines inside the pitch.
Production of electricity from waste has the potential of providing up to 83.8 TeraWatt hours, which is about 20% of the electricity needed in Africa by 2025. This is according to a study co-authored by the European Commission Joint Research Centre. However, this requires stringent waste management policies to be put in place, and today Africa lacks the adequate infrastructure needed to install these environmentally friendly methods.
WWF International and Cleantech Group partnered to release the second report, in a biennial series, on where the likely leading entrepreneurs in clean technology will emerge from over the next 10 years. The report is a ranking of each countries inputs into innovation, such as investment by governments and the outputs of innovation such as the commercialization of new clean technology. The report uses interesting metrics to map out the growth cycle of a clean tech startup for each country.
It’s been 21 years since the Genocide against the Tutsi in Rwanda, such devastating tragedy there are always losses in most areas of a country life. One of the biggest issues was that there were almost 100,000 prisoners in prisons who were all waiting for their trials. There have been a lot of environmental issues related to the prisons’, one being that the wood from neighboring forests was used for cooking to feed the prisoners, which was accelerating deforestation until the time Rwanda Correctional Service started using biogas.
Keith White is the founder and CEO of Ambient Water, an atmospheric water generation technology company providing solutions that produce water from the humidity in the air. Its flagship systems include the Ambient Water 400, which is capable of producing up to 1,500 liters of clean water per day. Angela McClowry from Cleanleap, recently interviewed Keith to discuss atmospheric water generation and its role in a cleanleap.
Conversion of sun energy into an electric current is one thing, getting your factory equipment to use that power is another. As larger firms continue to accept solar power alternatives, they will need to consider equipment that can generate enough clean power for heavy machinery. To support industrial activity, solar power outputs will need to align to expectations of supporting current industrial machine use which often uses 3-phase A.C power.