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Energy Harvesting

Renewable Technology using Shape Memory Material

Revolutionary

How do we harvest it?

Energy

from Atmosphere

can supply

the global power demand

eco
Contact Us

Energy Harvesting

Renewable Technology using Shape Memory Material

Revolutionary

How do we harvest it?

Energy

from Atmosphere

can supply

the global power demand

Renewable

Harnessing 1% of the energy in the atmosphere at a 1% efficiency would yield 10x the world’s power demand.  We’re doing this at 4% efficiency.

Green

Unlike other energy technologies, this generator is derived entirely from environmentally benign materials.  The component with the greatest environmental impact is the 98% biodegradable hydraulic fluid.

Rugged

While most energy technologies are rather delicate, this generator survives the 12 gauge test: a direct hit from a 12 gauge shotgun loaded with #7 bird shot.

Maintenance Free

With an expected maintenance free service life exceeding 25 years, no energy technology can compete when it comes to maintenance costs.

The Product

  • Nitinol Based

    Nitinol shape memory alloy rods are used to harvest thermal energy from the atmosphere.  When heated, the rods contract, converting the thermal energy into mechanical energy.

  • Hydraulic System

    A hydraulic system is used to capture and store  the mechanical energy.  From here, the energy can be used to any end–whether it is generating electricity by using a hydraulic motor to turn an electric generator or by directly powering a system.

  • Modular and Scalable

    Since the system is modular, a very small number of SKUs can be used to suit any power need–making it easier to keep your costs low.  The technology is also scalable, with a clear technology development plan to reach grid-scale power generation in 5-10 years.

The Team

IoT Applications

Get in touch

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  • 1 Wall Street, Hudson, NH
  • 1-855-583-5353
  • info@kelloggsresearchlabs.com