«Infinite Power»
independent energy
At the "Red Lake" ski resort (90 km from St. Petersburg), the unique building with self-contained power supply from renewable energy sources.
"Infinite Power" was launched into operation and is being used as a hotel.
In 2018, house for use at northern latitudes with self-contained power supply only from renewable energy sources, wind, solar and geothermal, was launched into operation at the «Red Lake» ski resort. The building is a two-floors hotel with 22 rooms with a total area of about 600 square meters. «Infinite Power», brings to the world market an autonomous power supply system for facilities located in areas remote from the energy mains.

The team of international engineers has developed and built the current «Infinite Power» prototype, solving the problem of increasing the efficiency of energy transformattion and, as a result, reducing the cost of kilowatt-hours of useful energy from renewable energy sources due to:

  • adaptation of the wind generator to the average wind speed in the Saint-Petersburg (4 m / s);
  • using the solar and geothermal energy transformers with the maximum efficiency of the solar collector and heat pump;
  • combining transformers into an integrated system that increases efficiency through the use of additional energy, which is lost during off-system use.
The wind generator of the «Infinite Power» system is structurally modified for Saint-Petersburg weather conditions, using a specially designed blade geometry for low wind loads, as well as the use of new components with wave transmission.

The increase in the efficiency of the wind generator is obvious, since in the «Infinite Power» system, wind energy is used not only for domestic consumption and charging of electric accumulators (the traditional mode of use), but also for heating water, heating a heat accumulator, and the heat pump.
The solar collector in the «Infinite Power» system converts more energy because the heat energy is constantly pumped out by the heat pump, which increases the temperature gradient, and is distributed to the hot water heating, underfloor heating, heating the geothermal well, and to charge the heat accumulator.

Usually, the low-potential heat of the earth (4–5 ° C) serves as the energy source for a heat pump. In the «Infinite Power» system, the heat pump also receives energy from additional sources, namely: waste water heat exchanger, solar collector and residual heat of the heat accumulator. Thus, the integration of converters of various types of renewable energy in the "Infinite Power" system improves the efficiency of each of them, which gives us the possibility to reduce the cost of a kilowatt-hour of energy.
"Infinite Power" with the highest possible sensitivity takes the surrounding energy from irregular sources, accumulates and distributes it in the form of useful electrical and thermal energy in an automatic mode with the ability of online-monitoring of all processes.

Calculations of the operation of the «Infinite Power» system showed that in a region with a temperate climate, with an average wind speed of 4 m/s, up to 50 MWh of electrical and 40 MWh of heat energy per year can be obtained (4.2 MWh and 3.3 MWh per month), which is enough for the power supply of a remote 5 families condominium.

The creators of the «Infinite Power» system are confident in the commercial success of the project, because at the present time there are no full-fledged autonomous energy supply systems using renewable energy sources on the world market that would compete with traditional energy sources. There is no such a target market.
All the proposed options for the "alternative systems", are "energy-saving" and being used as additions to traditional systems.

_______________
According to the British Consulting Agency "Envirobusiness", in 2017 the global promising market for autonomous systems from renewable energy sources is estimated at $ 650 billion,
with a trend of growth in 2020 to $ 1 trillion.
With this assessment, the «Infinite Power» system is patented in all promising regions of the world with undeveloped territories and a large number of islands (USA, China, Australia, Indonesia, Chile, East Africa, Russian Federation). In the nearest plans of our team - the creation of another prototype of an autonomous house. This time it´s going to be a European prototype, adjusted and designed to show the maximum possibilities of power supply. For instance it could be a manor farm of a small industry. The next stage involves the launch of mass production of the «Infinite Power» systems with installation, maintenance and monitoring.
Made on
Tilda