Increasing demand for recovering waste heat generated by various industries is one of the key factors driving the growth of the thermoelectric generators (TEG) market.
Company plans to expand its product offering in new and existing markets
September 27, 2016
Phononic, a developer of solid-state cooling and heating technology, announced it has raised $30 million in new funding. The company said the funding will be used to grow its sales and marketing organization for expansion of its solid-state products within existing and new markets.
Scalable for a variety of applications, they can convert almost any industrial source of exhaust heat into electricity
July 14, 2015
Alphabet Energy, a supplier of thermoelectrics for waste heat recovery, has announced the availability of its PowerModule™ as a standalone product. Now, any energy-intensive industry can custom design solutions to fit its unique needs and convert exhaust heat into electricity.
Researchers say they can enhance the performance of thermoelectric material by a factor of up to 10
June 29, 2015
In a study at Lawrence Berkeley National Laboratory (LBNL), exposing certain thermoelectric materials to alpha-particle radiation has been shown to transform the materials into far more powerful versions of themselves.
New Product Is Ideally Suited for Remote and Industrial Applications
October 22, 2014
Alphabet Energy has introduced a new thermoelectric generator that captures exhaust heat and converts it into electricity. Called the E1, it attaches to an exhaust stack and uses Alphabet’s patented thermoelectric materials to convert waste heat into electricity.
As Company Focuses on Commercialization, Rackey Brings Strategic and Technical Expertise
September 3, 2014
GMZ Energy, a developer of high temperature thermoelectric generation (TEG) technology, has announced the appointment of Scott Rackey as vice president of business development. One of his responsibilities is to develop strategic partnerships to help the company continue on its path towards commercialization.
A Massachusetts Institute of Technology (MIT) researcher has developed a technique that provides a new way of manipulating heat, allowing it to be controlled in much the same way as light waves can be manipulated by lenses and mirrors.