"This technology allows humanity to transition to a new resource-efficient level of societal development, minimizing environmental impact and eliminating all the shortcomings currently present in other types of 'green' (and not only 'green') energy sources."
The experience of operating solar and wind power plants highlights an urgent need for new, more stable solutions in the field of “green” energy. These solutions must ensure a consistent power generation capacity, independent of weather conditions, while also eliminating the need for allocating land for the construction of new power plants.
One of the most promising directions in this field is the study of the properties and technologies based on two-dimensional nanomaterials, as well as the development of fuel-free power generators. Over the past 10–15 years, numerous studies have been conducted on new nanomaterials, leading scientists to conclude that graphene is capable of converting the energy of invisible spectrum particles, including neutrinos, into a constant electric current. This discovery has become a true breakthrough in solid-state physics. Graphene represents a new class of materials where each carbon atom is bonded to three others within a two-dimensional plane. At the same time, one electron remains free in the third dimension, which ensures excellent conductivity. This creates an excess of electrons in graphene, making it a unique material.
The oscillations of graphene atoms resulting from interactions with radiation particles from the surrounding environment lead to the emergence of a unique phenomenon known as graphene waves. This remarkable phenomenon can be easily observed under a high-resolution microscope and has been extensively described in numerous scientific publications. It is important to note that, to date, the appearance of waves or ripples in graphene has been recorded only in this material.
The results of fundamental research published by the COHERENT collaboration at the Oak Ridge National Laboratory in the United States, as well as experiments conducted by XENONnT and PandaX-4T, provide compelling evidence that neutrinos, particularly solar neutrinos, interact with the nuclei of various substances. The interaction of neutrinos with the light nuclei of graphene, in turn, affects the frequency and amplitude of graphene waves.
The company that has made the most significant progress in studying graphene’s potential for electricity generation is Neutrino Energy Group, led by Holger Thorsten Schubart. Although it is currently impossible to precisely determine how much the influence of neutrinos on graphene wave oscillations exceeds the impact of other energy fields and the thermal motion of graphene atoms, scientists at Neutrino Energy Group are convinced that this process plays a crucial role. As a result, their technology has been named Neutrinovoltaic.
"If the micro-oscillations of graphene atoms did not lead to the formation of graphene waves, it would be impossible to convert the energy of invisible spectrum radiation fields into electric current," says Holger Schubart. "It is the dynamic behavior of graphene that performs the work necessary for generating electric current through the interaction of electric and magnetic fields."
Scientists at Neutrino Energy Group have developed a unique material capable of converting the energy of invisible spectrum particles into electric current. This material is a “semiconductor sandwich”, consisting of alternating layers of graphene and doped silicon, with graphene making up 50 to 75% of the total volume.
Research has shown that an electricity-generating plate measuring 200 × 300 mm, made from metal foil coated with a multilayer nanomaterial on one side, exhibits stable output values for current and voltage. At a temperature of approximately 20°C, it produces 1.5 V and 2.0 A. The coated side of the metal foil serves as the positive pole, while the uncoated side acts as the negative pole. The multilayer structure of the nanomaterial increases the current per unit surface area, which is a key factor in achieving a compact power source.
The Neutrino Power Cube power source is a fuel-free graphene generator (video in English: https://www.youtube.com/watch?v=1Dmxw6YE-Bw), consisting of a set of plates connected in series and in parallel. The plates are tightly packed, ensuring sequential connectivity, and are placed in a sealed housing from which air (oxygen) is removed.
At the initial stage, the production series includes a graphene fuel-free generator with a power output of 5–6 kW, which is sufficient to supply electricity to a household for a family of four. This generator contains six electricity-generating modules. Together, they form an electricity generation block. The device also includes a control unit.
Advantages of the Neutrino Power Cube over traditional electricity generation technologies, including solar and wind power plants:
- The graphene-based power source requires no security or operational expenses.
- The dimensions of the Neutrino Power Cube are 80×50×100 cm.
- Warranty period – 20 years.
- Equipped with connectors for AC-powered equipment (~380/220/48/24 V) and DC-powered devices (48/24 V).
- Continuous electricity generation in base mode, 24/7, 365 days a year.
- Silent operation with no rotating components.
- Autonomous, fuel-free electricity generation, eliminating the need for grid connections.
- Installed near the consumption point, preventing power losses in transmission networks.
The construction of the first factory in the EU, designed to produce 100,000 generators per year, has been completed. The final stages of certification for both production and the product itself are currently underway. The company has already secured confirmed orders for 2025–2026.
Reliability testing of these generators, which confirmed their performance characteristics, was successfully conducted in Austria on 150 units. The generators were installed in the homes of residents who voluntarily agreed to participate in the trials.
If necessary, the generator’s power output can be increased by connecting additional generation blocks or installing multiple Neutrino Power Cubes, making them suitable not only for private homes but also for larger facilities and industrial enterprises with higher energy demands. For Russia’s climatic conditions, Neutrino Power Cubes are ideally suited not only for electricity supply but also for heat generation.
The graphene-based electricity generation technology paves the way for the development of next-generation electric vehicles. This revolutionary approach involves integrating a graphene mini power station directly into the vehicle’s body (video link: https://www.youtube.com/watch?v=BAA6wmpPUU0). Active research and development is currently in progress, and the project is expected to be completed by 2026.
This graphene electricity generation technology is set to have widespread applications across all sectors requiring electrical power.
“The sooner humanity adopts efficient resource utilization, the longer we can sustain life on our Planet. This is why the development of new electricity generation technologies is more urgent than ever. Countries that are the first to establish industrial production of fuel-free graphene electricity generators—capable of operating continuously in base mode—will undoubtedly take the lead in the technological race,” stated Holger Thorsten Schubart, President of the Neutrino Energy Group.
Author: Nina Davydovna Karelina, General Director of Neutrino International Projects LLC.
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