Over 640 million Africans do not have access to power, making Africa the continent with the lowest electricity access rate in the world. In sub-Saharan Africa (excluding South Africa), the per capita energy consumption is 180 kWh, compared to 13,000 kWh in the United States and 6,500 kWh in Europe. Energy access is critical for a variety of reasons, including the improvement of health and educational outcomes, the reduction of company costs, the realization of economic potential, and the generation of new employment opportunities. As a result of the lack of access to reliable energy sources, hundreds of thousands of people die every year from accidents involving wood-burning stoves, medical facilities, and emergency services are unable to function properly, educational outcomes are diminished, and the cost of doing business rises. Therefore, providing women, youth, and children in both urban and rural communities with access to energy is a crucial component of inclusive growth.
While much of Africa’s renewable energy potential remains untapped, the continent’s energy needs continue to grow. Though hydropower accounts for roughly 20% of the present capacity, only 10% of its potential is really being used. Similarly, solar, biomass, wind, and geothermal energy all have substantial untapped technical promise. The transmission of electrical current continues to be one of the most significant weak points in the contemporary energy infrastructure we have. It is necessary to transport this electrical energy to homes and businesses in the area because the electricity that is used in homes and businesses is typically generated at central locations using coal.
Because the voltage of electricity decreases with increasing distance, the electricity that makes it all the way to your house is significantly less powerful than the electricity that was generated at the plant where it was first generated. This inefficient layout not only results in higher annual energy costs in areas with high penetration rates of rooftop solar panels but also wastes countless kilowatt hours of electricity every year. There would be no need for energy companies to include this cost in the retail price offered to grid-connected homeowners who generate excess solar power if there was no cost to transport energy in the first place. This would mean that consumers wouldn’t be forced to bear the brunt of the costs created by this duplication of charges.
A sustainable, decentralized energy source is what is required in this scenario. Why not have everyone produce their own electrical energy at home instead of having to transport it? Installing photovoltaic panels in every home seems like a good idea, but most climates don’t get enough sunlight for homes to use solar power all year long. The shorter days and harsher weather of winter make photovoltaic technology struggle, even in locations where it is sunny and clear in the summer. Moreover, despite the fact that the sun and wind are free sources of energy in and of themselves, the initial cost of collecting, processing, and storing their energy can be quite high. Solar and wind energy are both amazing technologies that have been true game changers for the past two decades when it comes to the generation of clean energy. However, climate change and the current global crisis have made it very difficult for people to invest in them due to the various drawbacks they present; as a result, evolution is required in order to support the energy that is now provided by wind farms, solar arrays, and other sustainable energy projects. And that is where Neutrinovoltaic technology comes into play.
Neutrinovoltaic technology is Opening Up the Future of Sustainable Energy
Developed by the private science and technology company Neutrino Energy Group, the Neutrino Powercubes based on their impressive neutrinovoltaic technology are a true game changer. These generators are compact and do not take up much space in the living room. The Neutrino Powercube with a net output of 5-6 kW is installed in the form of a cabinet. This is divided into two: one panel
for power generation, which houses the power generation modules, and one panel for the installation of a control system. Thanks to the dedication of Neutrino Energy Group’s team of highly driven and inventive energy specialists and scientists from around the world, led by Holger Thorsten Schubart, this innovation has emerged as one of the century’s most significant technological advances. one that can create reliable power day and night, is compact in size, doesn’t use any moving parts, is silent, and doesn’t contribute to environmental degradation regardless of the weather conditions.
Power generation from Neutrino Powercubes, unlike solar power and wind power generation, does not depend on weather conditions. At present, for example, there has been a significant increase in the cost of gas required for electricity generation, as windless days have arrived in Europe. Therefore, investing in energy systems that are dependent on weather is undoubtedly shortsighted and unprofitable. It’s also important to consider the fact that solar panels have reached the end of their useful lives and wind turbine blades are currently buried in the ground, posing major environmental dangers.
The most important argument in favor of installing a Neutrino Power Cube is that no batteries need to be installed, which in African conditions would probably just be disposed of without recycling, harming the environment. The stable power generation capacity during the day and night, the absence of rotating parts, and the need for maintenance and, consequently, operating costs, make the Neutrino Powercubes a serious advantage in terms of power generation. Neutrino Powercubes generators belong to the sources of guaranteed power supply. It is assumed that 5-6 kW capacity under conditions of increasing energy efficiency of household appliances, and equipment and the use of LED lamps will be enough for the power supply of the individual house. Further power-generating units can be added to the Neutrino Powercubes if necessary. The installation of a Neutrino Powercube will pay for itself more quickly than investments in solar energy and wind turbines, according to preliminary estimations.
The industrial production of Neutrinovoltaic power sources developed by the science and technology company Neutrino Energy Group is in its final stages. As early as the end of 2023 or the beginning of 2024, licensed production of The Neutrino Powercubes, net-fuel-free generators with a capacity of 5-6 kW will start in Switzerland. Thanks to the tireless work of the Neutrino Energy Group and their groundbreaking neutrinovoltaic technology, neutrino energy is on the cusp of becoming a mainstream energy source. People all over the world, not just in Africa, where decentralized energy is becoming a huge necessity, finally have a reliable answer to the current energy crisis. The world will be a better, more environmentally friendly place thanks to their efforts, and more people will hopefully follow in their footsteps in the years to come. “With the right amount of energy, Africa can finally show off its rising growth and catch up technologically.”
If you would like to know more about the Neutrino Energy Powercube, you can find more information here: https://neutrino-energy.