Alphabet Energie kündigte zwei neue Entwicklungen in der Weiterentwicklung von thermoelektrischen Materialien an

Alphabet Energie bleibt damit führend der ersten großen thermoelektrischen Abwärmenutzung für  Generatoren

Alphabet hat eine exklusive Vermarktungsvereinbarung mit der Michigan State University (MSU)

Alphabet Energy Announces Low-Cost Thermoelectrics Breakthroughs

(WK-intern) – Waste-Heat Recovery Leader Partners with Michigan State University and Receives Additional Nanotech Patents

Hayward, Calif. – July 7, 2014 — Alphabet Energy today announced two new developments in the advancement of thermoelectric materials, further signifying its leadership in the race to commercialize the first large-scale thermoelectric generators for waste-heat recovery.

Alphabet has entered an exclusive commercialization agreement with Michigan State University (MSU) for the breakthrough thermoelectric material tetrahedrite, for use in industrial and other thermoelectric systems. The announcement was made at the 2014 International Conference of Thermoelectrics in Nashville, Tenn.

Thermoelectric materials convert any waste heat source into electricity. While they have been studied for decades, only a few have reached commercial applications because of their low efficiency, high cost, and use of rare elements.

“In our search for efficient, abundant, and nontoxic thermoelectric materials, we were led to the tetrahedrites, a family of compounds of commonly occurring elements, by theoretical calculations of their properties,” said Don Morelli, a professor of materials science at MSU. “The fact that they are naturally- occurring minerals is an added bonus – one can either synthesize them in the lab, or use the natural mineral itself as a source thermoelectric material. The compounds are especially interesting because they combine very low thermal conductivity with unusually good electronic properties.”

Alphabet’s thermoelectrics materials team, comprised of several leading industry experts, quickly recognized the value of tetrahedrite in complementing its existing silicon-based technology innovations.

Morelli, who led the research that was published in the journal, Advanced Energy Materials, said the process is only the first step in creating a low-cost, widespread technology for converting heat to electricity. “We are excited to work with Alphabet Energy because they have the resources, knowledge, and experience to take these materials from the laboratory to the marketplace.“

Alphabet’s continued advances with highly efficient silicon nanowire-based thermoelectrics also reached key milestones recently with the issuance of two patents for the scalable manufacturing of these nanomaterials to use as thermoelectrics. A single nanowire is the width of 1/1000 of a human hair, but dozens of kilograms of materials are needed for a large-scale industrial thermoelectric generator. Alphabet’s materials inventions are the first that allow the bulk incorporation of nanowires into macroscopic materials, paving the way for nanowire-based thermoelectric devices.

“These new materials play a key role in our forthcoming products,” said Alphabet Founder and CEO Matthew L. Scullin. “Our goal at Alphabet is to continually deliver value to our customers by identifying and inventing the best thermoelectric materials for waste-heat recovery that can improve efficiency while reducing costs.”

For more information about How Thermoelectrics Work and Alphabet Energy’s advances, visit www.alphabetenergy.com.

About Alphabet Energy
Alphabet Energy makes waste heat valuable. We are the premier thermoelectrics company in the world and the creators of first turnkey thermoelectric generators for waste-heat recovery. Our low- cost products reduce operating costs and deliver short payback times by turning waste heat from exhaust into electricity, improving fuel efficiency and reducing operating costs with devices that are easy to install and require no maintenance. For more information visit www.alphabetenergy.com

The Michigan State University Innovation Center combines innovation, technology transfer, start-up support, and a portfolio of dedicated business and community partnerships to bring cutting-edge ideas to the marketplace. Composed of MSU Technologies, Business-CONNECT and Spartan Innovations, the MSU Innovation Center stewards ideas from concept to product, launching more than 120 discoveries into patented products and start-up businesses annually. Learn more at http://innovation.msu.edu.

Michigan State University has been working to advance the common good in uncommon ways for more than 150 years. One of the top research universities in the world, MSU focuses its vast resources on creating solutions to some of the world’s most pressing challenges, while providing life-changing opportunities to a diverse and inclusive academic community through more than 200 programs of study in 17 degree- granting colleges. www.msu.edu

PR: Alphabet Energy

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