Our Scope

We provide a range of cooling and heat-to-power technologies for our clients and customers. These include:

Environmental Heat Converters

We’re building novel, purpose-built, high-efficiency technologies that convert solar and other environmental heat into useful electricity.

Solar Heat-to-Power Converters

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We design and install purpose-built solar-heat-to-power facilities. With the aid of phase change materials and other improved thermal storages our technology assures more efficient utility of the free solar heat compared with solar photovoltaic systems. With over 70% heat-to-power conversion efficiency, our technology assures steady power, in hot climates, to meet all applications and needs; industrial, residential, commercial, etc.

Geothermal Energy-to-Power Converters

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We design and install purpose-built geothermal energy-to-power facilities. With the aid of phase change materials and other improved thermal storages our technology assures more efficient utility of the free geothermal heat compared with existing technologies. With over 70% heat-to-power conversion efficiency, our technology assures steady power, in regions with high geothermal energy, to meet all applications and needs; industrial, residential, commercial, etc.

Transport Cooling Systems

Our novel, purpose-built, energy-efficient, and selfsustained cooling technologies help conserve energy and reduce emissions in transports.

Rail Transport

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We partner with established and already-existing rail transports manufacturers to design and install purpose-built, carbon-free, self-sustained, and engine-independent cooling systems that meet all cooling needs (cold chain, comfort cooling, etc) of rail transportation.

Our transport cooling technologies are self-sustained in operation as they’re equipped to reuse the waste-heat from their cooling processes to cater for their power consumption through our novel in-built waste-heat-to-power units. This helps conserve fuel in fuel-fired rail transports and conserve battery energy (life) in electric rail transports. With our waste-heat-to-power technologies, waste-heat from engines of fueled-fired rail transports can be converted into useful electricity to cater for other energy needs required for passenger comfort and other in-built facilities for rail transportation. This reduces fuel consumption and optimizes the energy-efficiency of rail transports.

Cold Chain

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We partner with established and already-existing manufacturers in the automobile industry to design and install purpose-built, carbon-free, self-sustained, and engine-independent cooling systems that meet all cold chain cooling needs; cold transportation of meat, chemicals, vegetables, fruits, pharmaceuticals, etc. This improves food preservation and reduces food waste and waste of other useful substances.

Automobile

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Maritime

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We partner with established and already-existing maritime transports manufacturers to design and install purpose-built, carbon-free, self-sustained, and engine-independent cooling systems that meet all cooling needs (cold chain, comfort cooling, etc) of sea transportation.

Our transport cooling technologies are self-sustained in operation as they’re equipped to reuse the waste-heat from their cooling processes to cater for their power consumption through our novel in-built waste-heat-to-power units. With our waste-heat-to-power technologies, waste-heat from engines of fueled-fired sea transports can be converted into useful electricity to cater for other energy needs required for passenger comfort and other in-built facilities for sea transportation. This reduces fuel consumption and optimizes the energy-efficiency of sea transports.

Aerospace

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We partner with established and already-existing manufacturers in the aerospace industry to design and install purpose-built, carbon-free, self-sustained, and engine-independent cooling systems that meet all cooling needs (cold chain, comfort cooling, etc) of aviation.

Waste-Heat-to-Power Facilities

Our waste-heat-to-power facilities help all industries and businesses save a lot on grid-electricity thereby reducing and having their emissions greatly controlled.

Waste-Heat-to-Power Systems

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We design and install purpose-built energy facilities that convert waste-heat from industrial processes (for process and manufacturing firms), data centers and other available waste-heat sources into useful electricity. This helps businesses and large process and manufacturing firms save a lot on energy costs.

Cooling Technologies

We provide novel and carbon-free cooling technologies that are purpose-built and tailored to meet all industrial, commercial, residential, and outdoor cooling needs.

Water-conserving Air Conditioning Systems

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We design and install carbon-free, self-sustained air-conditioners equipped with special mechanism to recover and reuse the water of humidification by dehumidifying the humid exhaust air. This product addresses the need for energy efficient and water conserving cooling systems in hot and arid regions challenged with the environmental problems of water loss.

With the in-built waste-heat-to-power unit in the cooling systems of our air conditioners, these purpose-built space cooling technologies are energy efficient and remain self-sustained despite the additional cooling load of dehumidification of humid exhaust air of air conditioning systems.

Cooling Systems

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McFadic Energy designs and installs purpose-built, carbon-free and self-sustained cooling systems that meet all industrial, commercial, residential and other cooling needs. Our novel cooling technologies are self-sustained in operation as they’re specially designed to convert their own waste-heat into useful electricity sufficient enough to cater for their power consumption.

Our cooling technologies can also be dual-purpose in operation by operating as cooling systems and power generators simultaneously. Products of this operational configuration are available on demand.