nuenergy technologies | Award Winning Renewable Energy Technologies
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AWARD-WINNING RENEWABLE ENERGY TECHNOLOGIES

NuEnergy Technologies is engaged in the development, production, marketing and deployment of renewable energy systems and services. We have an extensive portfolio of innovative and complementary renewable energy technologies that, either individually or collectively, provide a wide range of power solutions.

 

HeatSeeker3 – a Thermal Electric Generator

The Heatseeker3 is a revolutionary product that converts thermal energy (heat) into electrical energy. HeatSeeker3 will be more efficient, less costly and have more applications than the high-end photovoltaic (PV) products currently on the market.

Unlike traditional PV products that require light, Heatseeker3 can work in the light or dark, requiring only a conductive, convective or radiant heat source.

- Product efficiency is determined by how much of the available resource (heat or light) is converted to energy. A HeatSeeker3 solar panel would achieve an efficiency of ~50% as compared to the ~16% (+) efficiency of a current high-end photovoltaic panels.

- HeatSeeker3 can take advantage of what is now the wasted burden of excess heat capacity such as is created beneath moving mass transit subway cars, or by furnaces and other heat producing equipment in industrial plants. PV products do not use heat to generate energy; in fact, heat is the predominant factor for PV’s low conversion efficiency.

- The cost to produce HeatSeeker3 panels is anticipated to be ~50% less than of the cost of high-end PV panels.

More…

Waste-to-Energy

Geothermal

LED Lighting

Sustainable Housing

Energy Farming

Development

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75%

40%

50%

16%

750,000

500,000

Boundary Layer Turbine (BLT)

Estimates for the Mark III BLT pump project up to 400 CFM at up to 5 psi with efficiencies exceeding 70%.

HeatSeeker 3

A HeatSeeker3 solar panel would achieve an efficiency of ~50% as compared to the ~16% (+) efficiency of most current photovoltaic panels.

MagLev Wind Turbine

One 1 GW Maglev Wind Power Plant may power 750,000 houses as compared to 500,000 houses powered by conventional power plants.