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From Small Decentralized Power Providers To Large Energy Breakthroughs

Reliable power supply: International researchers and corporations are focusing on neutrinovoltaic operating and control technologies.

One of the most pressing concerns of the twenty-first century is the transition to a more sustainable, efficient, and cost-effective energy source. Local grids or even tiny, self-contained devices, known as “neutrinovoltaic systems,” have enormous potential. The equilibrium between energy supply and demand is already established at the local level in decentralized and cellular energy systems.

The Benefits of Using Non-Visible Radiation to Generate Energy

One of the biggest issues with our energy supply is that basic energy sources are still heavily reliant on fossil fuels. In this energy mix, renewables make up less than 15% of the total, making a sudden pivot difficult. As a result of such a ratio, climate change will lead to global warming in the long term. Coal-fired power plants in Germany are not expected to be shut down until 2038, and even promoting electric mobility is not an effective way to reduce emissions, because even if the electric car does not emit any pollutants directly, the chimneys of the large power plants smoke even more violently in order to provide this additional energy. to be shut down by 2038.

In order to maintain current levels of transportation, it would be necessary to continue using fossil fuels to produce power, which would add to the already heavy environmental load. A change in emissions location does not alter the total amount emitted.

Small grids or completely autonomous plants, both have a significant influence

Neutrinovoltaic systems are a crucial component of the near-term energy transition, since they will considerably assist other sustainable energy sources. Small local grids or entirely autonomous systems can deliver electricity to homes and businesses, both grid-connected and autonomously in isolated operation. “Neutrinovoltaic systems have the benefit of providing energy near to consumption and therefore constantly being utilized directly by the customer across a short distance due to their local integration. As a consequence, supra-regional energy networks may be significantly alleviated, and the necessity for additional grid development steadily diminishes. Furthermore, the percentage of renewable energy grows since lossy long-distance transmission and premature shutdowns of renewable power plants owing to grid bottlenecks are avoided “Holger Thorsten Schubart, CEO of Neutrino Energy Group, adds.

Challenges in the operation of regenerative energy-based autonomous systems

However, guaranteeing a constant and efficient energy supply is a major difficulty in the operation of autonomous systems. “Due to the volatility, i.e., fluctuations of regenerative plants with wind and solar energy, which typically have only low storage and reserve capacities, a stable energy supply is much more difficult to maintain in decentralized grids than in centralized grids supported by conventional large-scale power plants.” However, with neutrino photovoltaic technology, these systems work autonomously 365/24, comparable to a solar cell that would continue to work even in complete darkness, explains Prof. Dr. R. Strauss, Professor of Physics and member of the Neutrino Energy Group’s international Scientific Advisory Board.

The Neutrino Energy Group has been tasked with coordinating research into the conversion of invisible radiation energy, making it useable, and publicizing and informing about the potential of its application. Neutrino Deutschland GmbH, situated in Berlin, is a member of this internationally networked association in Germany. One of its objectives is to collaborate with industry to create prototypes and products for daily usage. So-called “neutrino photovoltaic systems” (small and big), “neutrino energy cells,” and “neutrino power cubes” (autonomous neutrino small power plants). According to current knowledge, the electricity from these new renewable energy cells will be far less expensive than conventional expenditures for a comparable kilowatt hour from today’s electricity grid, because the “raw material invisible radiation source” simply costs nothing, is always and everywhere available, and the costs for grid creation and maintenance will eventually be eliminated. Only the technical equipment for converting energy and its upkeep remain the consumer’s responsibility.

Energy supply solution for emerging and underdeveloped nations

According to Schubart, neutrinovoltaics is not only a critical component of the future energy transition, but also a key building block in constructing the basic future energy supply in rising and developing nations. “Because neutrino photovoltaic systems may function totally independently in isolated mode and are not just grid-connected, they offer an alternative for distant, off-grid locations. In addition to its contribution to the energy transition in developed countries, neutrino photovoltaics is a critical building block for establishing a basic energy supply in emerging and developing countries, where the construction of an extremely costly central energy infrastructure, particularly in sparsely populated rural areas, is not feasible, even in the long term “emphasizes the CEO.

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Christophe Rude

Christophe Rude

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