INTRODUCING THE 

STERLING ENERGY CONVERTER 

FOR A CLEAN ENERGY ECONOMY

The Sterling Energy Converter is a radical new technology for converting ambient solar energy and waste heat DIRECTLY into refrigeration, air conditioning, and electricity. Among other feats, it captures water vapor from the air to collect water; it freezes water to make ice; it stores ice to create refrigeration & air conditioning; and it produces powerful electricity from temperature differences of only 160ºF. This represents the biggest step since 1850 toward creating a Clean Energy Economy because it does all of this without burning anything!
The technology employs any of the following sources of heat at temperatures as low as 160º Fahrenheit, to feed energy into the Sterling Energy Converter: flat-plate solar thermal collectors; very-low-grade geothermal heat; industrial waste-heat; or heat produced as a by-product of commercial processes. It requires neither fuel nor electricity, nor exotic, non-recyclable materials.
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 Solar Thermal Energy

This application of solar energy is light years beyond the use of solar energy to solely heat bath water, swimming pools or residential structures.

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Air Conditioning             

The Sterling Energy System does not require any externally provided power source. It is a non-combustion process. It is NOT a Stirling engine (spelled differently), and it is NOT an absorption refrigeration technology.

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Electricity Production 

Photovoltaics are increasingly available for the direct conversion of solar energy into electricity. But they can't make refrigeration or air conditioning directly, nor can they do it efficiently. They require rare and exotic materials, they are NOT recyclable, and they degrade relatively quickly, in contrast to flat plate solar thermal collectors which can work and last indefinitely.

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Potential applications of the Sterling Energy System include the following:
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 Off-Grid Application

Refrigeration for storage of food and medicines; air conditioning; atmospheric water harvesting.

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Harvesting Rooftop Solar Energy

Capturing solar energy from more than 3,000 square miles of rooftops across the US, according to the National Renewable Energy Laboratory. That's 10 gigawatt hours per day.

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Recycling of Industrial Waste Heat

Recovering otherwise lost energy from high-temperature production processes, such as metals processing and combustion-based electricity generation, about half of all industrial energy used. 119279 gigawatts alone are used to make cement. Sterling converters can recycle that heat to produce almost 5,000 gigawatts of electricity, or 1.4 billion tons of refrigeration.

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The Sterling Cycle Converts Low-grade Heat into Refrigeration or Electricity.
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