Clean tech companies are nowadays coming up with innovative products to address the global energy and climate challenge, and most African countries are among the beneficiaries though there are still extra miles to go to reach the set targets. Cleanleap has interacted with Powerspot about a prototype that they recently designed and manufactured to help provide access to electricity. What has been the feedback about their prototype in Africa? Is it reliable? Find out more details in this article.
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 time to shape the future generations mind about what our environment needs and how to do it, is right now. We will help raise awareness about the issues, whether it is increasing renewable energy generation, reducing environmental pollution, or merely increasing forest coverage to offer good dwelling places for animals and ourselves. The UNEP We have the Power painting competition seeks to do this for our future generations.
As the world population increases and modern amenities become available to developing countries, the desires and needs of these emerging economies are logically changing. In particular, air conditioning and ventilation have become essential for both domestic and commercial use throughout the developing world. However, we understand that this sudden upsurge in cooling needs has both financial and environmental costs.
The United Nations Environment Programme (UNEP) in collaboration with Bloomberg New Energy Finance recently released their 10th Annual Global Trends in Renewable Energy Investment report. The report examines investment in renewable energy technologies such as waste to energy, geothermal, solar, wind, biomass, tidal and small hydropower at a country level. An exciting trend was that developing countries investment exceeded the spend of developed countries for the first time.
There will be a 10 per cent growth in the photovoltaic solar markets around Africa for the coming ten years. This growth, is propelled by a number of factors including government policies that favor adoption of renewable energy, increased environmental awareness for adoption of more renewable energy, viability of these systems as alternatives in powering homes including better costing plans, and the fact that they are becoming cheaper than traditional grid power.
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.
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.