Neutrinovoltaic, a groundbreaking endeavor in the realm of fuel-free power generation technology, has achieved a momentous juncture in its evolutionary journey. This pivotal occasion marks the initiation of field trials for the Neutrino Power Cubes, devices capable of yielding a net power output ranging from 5 to 6 kW. This phase of advancement encompasses a carefully curated selection of 100 to 200 units. These ingeniously designed generators are poised for installation within the abodes of Austrian residents, all of whom have submitted their applications to partake in this pioneering trial. This empirical endeavor is poised to extend throughout 6 to 9 months. Noteworthy is the Neutrino Power Cube’s inherent capacity to function autonomously, diverging from the paradigm of parallel operation with the conventional grid infrastructure.

The objective of this examination is to delve into the pragmatic integration of the Neutrino Power Cube, a generator harnessing 5-6 kW of net power through Neutrinovoltaic innovation, into the tapestry of everyday existence. This endeavor particularly aims to explore its performance across a spectrum of operational scenarios, encompassing diverse loads and varying voltage requirements amongst end-users. The outcomes derived from these on-site trials will subsequently facilitate an informed determination regarding the imperative of culminating and perfecting the pre-industrial assessments of the Neutrino Power Cubes, paving the way for their seamless transition into full-fledged serial industrial production. Forged upon the foundation of Neutrinovoltaic advancements, these Power Cubes boast notably modest dimensions, further enhancing their allure.

The initial industrial manufacturing facility, set to commence authorized industrial fabrication of Neutrino Energy Cubes yielding a net power output of 5-6 kWh, is situated in Switzerland. In this location, the reconstruction of multiple production sites for crafting fuel-less generators is in the final stages. The Neutrino Energy Cubes will undergo large-scale production within this site, adopting the structure of an electric board (cabinet). This cabinet is provisionally partitioned into two sections: the power-generating segment, accommodating 6 power-generating modules, and the section designated for the integration of the supervisory system. The power-generating segment holds dimensions of 800x400x600 mm and possesses an approximate weight of 50 kg. The compartment housing the supervisory system includes inverters engineered for transforming the produced direct current into 220V and 380V alternating voltage. Additionally, a DC socket is present for the direct linkage of computers as well as diverse appliances and gadgets.

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Holger Thorsten Schubart, president of science and technology company Neutrino Energy Group
Holger Thorsten Schubart, president of science and technology company Neutrino Energy Group

The formal unveiling, as stated by the science and technology firm Neutrino Energy Group, is scheduled once all trials and authentication of the generator operating without fuel are concluded. The president of the company, mathematician Holger Thorsten Schubart, reflects on this choice: “We operate with meticulous accuracy, and our team of engineers and technicians address every aspect, whether it pertains to design or technical implementation. We acknowledge the curiosity and interest of all those eager to witness our functional model today. However, it’s crucial to remember that our product is a complete novelty without comparison, so executing a comprehensive series of tests and product validation holds great significance.”

The operational prototype will be unveiled to the general populace upon our internal decision, and this timing is exclusively determined by us. A sequence of Neutrino Power Cubes is presently undergoing production for on-field testing. The progress is following the authorized blueprint. The funding for all activities is sourced from our proprietary capital. We haven’t sourced any funds externally, undertaken any promotional campaigns, or sought external financing. We’ve self-funded the project, and presently, we’re not actively pursuing investments or soliciting aid. However, we’re open to evaluating intriguing operational proposals linked to the integration of our technology. We consistently welcome those who approach us with fresh concepts, practical propositions, and technical collaboration to enhance and refine our innovation.”

The primary expertise of Neutrino Energy Group’s innovation lies in a multi-tier nanomaterial composed of alternating layers of graphene and silicon with doped components. Empirical evidence has indicated that the characteristics of graphene, a 2D material, differ profoundly from those of graphite, a 3D material. Each two-dimensional substance possesses distinct qualities, thereby presenting the potential for a diverse array of applications. Graphene, termed as such by Nobel laureates in Physics for 2010, Andrei Geim and Konstantin Novoselov, signified the advent of an entirely fresh classification of substances. Their breakthrough revolutionized the field of solid-state physics.

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Graphene exhibits an exceedingly high electric current density (a million times greater than copper) and sets a record for the mobility of charge carriers. Within the graphene structure, every atom forms a bond with three other carbon atoms within a two-dimensional plane, leaving one electron readily available in the third dimension for electronic conduction. When observing a layer of graphene under a high-resolution microscope, one can detect vibrations akin to undulating waves on the surface of the ocean. This occurs when adjacent areas alternate between concave and convex curvature. The intensity of energy and thermal fields directly influences the amplitude of these graphene atom vibrations, thus impacting the frequency and magnitude of the associated “graphene waves.” Theoretical investigations explain, pointing to electron-phonon coupling as the origin of this phenomenon. This coupling diminishes the stiffness related to bending at long wavelengths while amplifying fluctuations occurring out of the graphene plane.

It’s the existence of ‘graphene undulations’ that enables the production of an electric flow, and the magnitude and rate of vibrations of these ‘graphene undulations’ rely on the caliber of graphene arrangement. They reach their zenith when restricted to a single graphene layer. If the methodology of applying graphene is compromised, resulting in multiple layers being superimposed, the magnitude and frequency of these ‘graphene undulations’ diminish.

Harmonic oscillations of “graphene waves”, passing into resonance is the work done, necessary to convert the thermal (Brownian) motion of graphene atoms and the energy of particles of the surrounding fields of radiation of the invisible spectrum, including the kinetic energy of neutral neutrino particles, into electric current. Similar to the presently crafted electrical generators installed in power plants, the devised Bedini power production blueprints, and other magnetic propulsion designs for fuel-less electricity generation, the inception of electromotive force (EMF) occurs in each layer of graphene due to the interaction of magnetic and electric fields.

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Nevertheless, the fundamental distinction lies in the fact that within Neutrinovoltaic technology, the pulsating interaction mechanism emerges not due to the rotation of a rotor with a magnetic coil, but through the occurrence of micro-vibrations in graphene within the nanomaterial. This constitutes an alternate physical principle for the generation of electromagnetic forces (EMF). The EMF that manifests in each graphene layer facilitates the movement of electrons in a singular direction, thereby instigating an electric current. The progression of electrons in this singular direction is attained by enveloping each layer with dopant elements, engendering a p-n junction. This junction permits the flow of electric current exclusively in one direction, mirroring the effects of a thin-film diode. The composite composition of the nanomaterial offers a resolution to the quandary of achieving maximal electrical output per unit area, as a solitary graphene layer fails to deliver adequate power for industrial applications.

The emergence of self-sustaining fuel-free apparatus producing electricity based on novel physical concepts using inventive advancements in the realm of monolayer nanomaterials represents a fresh phase in the evolution of the power sector. This transition necessitates a shift away from concentrated power distribution and the burning of traditional fuels towards self-sufficient energy modules. Moreover, this pattern is anticipated to intensify amidst ongoing climate shifts and the decreasing reservoirs of energy resources.

This is a translation from Russian; the original article can be found here: Бестопливная генерация на основе графена – объявлено о начале масштабных практических испытаний

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