Nextreme introduces Thermobility Wireless Power - Your Renewable News (press release)

Thermal Solutions, the leader in microscale thermal and power generation solutions, today introduces Thermobility, the next generation of power generation technology that uses heat as a source of electricity for low-power wireless applications. Thermobility uses innovative solid-state thin-film thermoelectric technology to convert heat into electricity for a variety of self-contained, autonomous systems.

“The use of heat is an attractive source of energy for many low-power sensor applications.”

Thermobility uses differences in temperature to enable “wireless power” anywhere there is an adequate heat source and eliminates the need to use traditional wired power sources or replaceable batteries. When paired with wireless transmitters, the Thermobility solution can provide electric power for decades of maintenance-free operation, thus expanding the possibilities for new wireless sensor applications in industrial control, transportation, automotive and building management.

“Advances in distributed sensors and sensor networks have led to an increased interest in the use of renewable power sources to replace or augment existing power systems,” said Dave Koester, vice president of engineering at Nextreme. “The use of heat is an attractive source of energy for many low-power sensor applications.”

As the first in a series of wireless power generators, the Thermobility WPG-1 provides a constant voltage output of 3.3, 4.1 or 5.0 Vdc to electrical loads of 15k or higher. The WPG-1 is about the size of a golf ball and consists of a pin-fin heat sink, a custom circuit board, Nextreme's eTEG HV56 thermoelectric power generator module and a metal attachment plate that is applied to the desired heat source. The device incorporates a Linear Technologies LTC^®3108 Ultralow Voltage Step-Up Converter and Power Manager chip to provide up to 1mW of electrical power at temperature differentials as low as 15-20K relative to ambient. Larger temperature differences can generate significantly more power.

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