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Wind Turbine with Adjustable Blades

Patents:
2022 7405
2015 P 6273
International Publication No: WO/2023/275572

Since the second additional drive belt branch captures the reverse reaction of the air leaving the first branch, a wind turbine with adjustable blades can transform wind energy into electricity with less material capacity, lower costs, and greater efficiency.

Advantages:

  • Lower material costs per installed kilowatt-hour.
  • Increased coefficient of efficiency
  • Maintenance of maximum output during the severe winds;
  • Simple operation (the generator is mounted on ground)
  • High shaft rotational speed;
  • Due to fast rotational speed, it is possible to use less expensive reducers and generators;
  • Increased safety;

Pelton-screw Hydro Turbine

Patents:
GE 2015 P 6272 B
International application No: GE2022/05005

Compared to existing hydro turbines, the number of revolutions in the Pelton-screw Hydro Turbine is greatly increased at the same water pressure and output, while turbine losses and material costs are significantly reduced.

Advantages:

  • Increased revolution speed
  • Reduced material costs
  • High coefficient of performance

Multiple-plate Sectioned Induction Generator with an External Winding

Patents:
GE P 2015 6280 B
GE P 2022 7450 B
International Publication No: WO/2023/026066

In contrast to its analogs, the induction generator with disc clutch at low revolutions has a high frequency in the magnetic conductor and a low specific material capacity and, consequently, cost, allowing it to create voltage at low and variable revolutions without an expensive reducer.

In order to boost the profitability of renewable energy source devices, the launch of mass manufacture of such generators is essential.

Liquid-piston Engine/Rotary Vane Pump

Patent pending:
Application No: AP 2022 15918

The liquid-piston Engine/Rotary Vane Pump system can be used to a number of gas parameter conversion systems. By modifying the chambers, it is possible to:

  • Develop a compressed natural gas engine;
  • Develop a gas compressor; or
  • Develop a pressure reducing vacuum pump.

In addition, all of these designs have a high performance coefficient, parameters, and productivity. It requires no lubrication and is more powerful.

Floating Pulley-Block Wave System

Patent pending:
Application No: AP 2021 15822
International application No: GE2022/05006 

The waves possess a unique energy force capable of lifting 100-ton ships to a height of 8 to 9 meters. The disadvantages of this energy include its lack of velocity and modest amplitude. Hence, the accelerating pulley block (barispastic) mechanism utilized in our wave device allows us to counteract the aforementioned disadvantage and successfully utilize the wave’s immense force..

In numerous countries where high and consistent ocean waves are observed, the wave system is extremely successful. It can efficiently and cost-effectively convert wave energy to electrical energy.