New energy supply - no military sabotage and destruction

In recent years, analysis of local conflicts has shown that, along with the destruction of military facilities, energy facilities are increasingly becoming the target of destruction. This is especially important for modern military tactics, as it not only leads to a halt in production, but also deals a serious moral blow to the population.

Advanced military powers are researching ways to quickly destroy the enemy's energy infrastructure. For example, China Central Television showed an animation demonstrating the use of a new missile. According to the plot, this munition is capable of disrupting the operation of power plants, disabling power lines and leaving vast territories without electricity.

Such weapons are non-lethal and are considered more humane than traditional ones, as they do not harm people, but seriously damage infrastructure. Restoring objects requires significant efforts and replacing expensive equipment. We are talking about a graphite bomb - a rocket with cluster cylinders, which, after remote detonation, throw out carbon threads, causing a short circuit in electrical networks. The Chinese development is capable of hitting electrical networks over an area of up to 10 thousand square meters. Work is also underway to create an electromagnetic bomb.

These developments are still in their early stages. It is currently cheaper to destroy a power plant with a conventional bomb or shell. However, if scientific research is continued, it is possible to increase the efficiency and scale of target destruction when using such weapons.

The security of the energy system is important not only during military conflicts. Sometimes it is impractical to provide centralized power supply to remote settlements. In the Tomsk region, for example, 87 diesel generators are used to provide electricity. According to the deputy governor of the region, 23 of them are in poor condition, and 13 are no longer usable. Another 19 generators require replacement due to the end of their service life. The electricity generated is expensive and requires subsidies.

To make the energy sector more sustainable, it is necessary to develop not only the structure of large power plants, but also distributed generation. Currently, it is carried out using solar panels and wind turbines, which cannot always provide a stable power supply. Their operation requires expensive energy storage systems and additional replacement capacities, mainly gas. In the climatic conditions of Russia, in most regions the efficiency of solar panels and wind turbines is low and their construction is impractical; this requires the development of a power generation technology that would not depend on weather conditions, would be a source of guaranteed power supply and, it is highly desirable, would be fuel-free.

An example of such technology is the development of the Neutrino Energy group of companies. Currently, resource tests and the first commercial launches of fuel-free graphene generators Neutrino Power Cubes with an output power of 5-6 kW are being carried out. Moreover, scientists and engineers are betting not only on the creation of generators for individual use, which are installed in houses, but also on the creation of local power supply systems for individual settlements and even data centers that require a stable power supply according to the required parameters.

To cope with such a technical challenge, the energy architecture is scalable. Individual Neutrino Power Cubes supply energy to homes and vehicles. Clusters form microgrids for communities, and the networks are integrated into national systems. This technology does not interfere with existing networks, but on the contrary, increases the diversity of energy sources and the stability of the entire system. Even in cities or densely populated areas, the shadow of buildings or changeable weather do not affect the availability of electricity.

A stable power supply using Neutrinovoltaic technology, according to Holger Thorsten Schubart, President of the Neutrino Energy Group, means predictable operating costs: no voltage drops and no additional payments during peak hours, no need for expensive high-capacity batteries. Power systems wear out less due to the static architecture: no mechanical wear, fewer thermal cycles and voltage surges in the network. Preventive maintenance using AI further reduces unscheduled downtime. In addition, fuel-free Neutrino Power Cubes generators are installed directly at the point of energy consumption, which does not require their connection to centralized power grids and eliminates power losses in them.

It is almost impossible to cause significant damage to a power supply system created on the basis of distributed fuel-free power generation, even during military operations, emergency situations or sabotage attacks. In addition, such generators are the optimal choice for compensating for power shortages in individual regions, since allow to quickly increase their production and put them into operation. This is especially relevant in conditions of abnormal climate change, when it is even necessary to turn off nuclear power plant units due to the high temperature of the water intended for cooling the nuclear power plant condensers.

The world currently has a very high potential for conflict. Experts, including Holger Thorsten Schubart, believe that "with the depletion of fossil fuels and water reserves caused by climate change, conflicts will intensify. Traditional power plants emit greenhouse gases into the atmosphere, and nuclear power plants emit heat and steam. But there is a solution - the Neutrino Power Cube. This fuel-free generator reduces the demand for electricity and emissions of harmful substances. Currently, one of our partners is implementing the idea of ​​integrating a small Neutrino Power Cube (Neutrino Life Cube with a capacity of 1 kW) into an air conditioning system that converts condensate into drinking water. Such an air conditioning system will produce from 12 to 25 liters of clean drinking water depending on the humidity of the air, which is especially important in regions with a shortage of it."

Holger Thorsten Schubart is confident that "the mass introduction of Neutrinovoltaic technology will make countries energy independent, and politics - more peaceful. The energy of the future will not just be intelligent, but conscious. It will be able to evaluate its flows and support them. It will be an infrastructure that learns, not just reacts, that develops, not just exists."

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