Conventional heat pumps do not reach high temperatures permanently, cannot deal with fluctuating sources and sinks, and achieve a low heat rise. The ROTATION HEAT PUMP can do all of this – and much more.

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Our product provides unique cost advantages through the high efficiency (high COP), longer runtimes due to the flexibility, favourable initial investment and low operating and maintenance costs.

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The ROTATION HEAT PUMP implements a thermodynamic cycle that is based on a Joule process. With technology that is backed by several patents, the centrifugal force is used to achieve the highest efficiency and maximum flexibility.

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Benefits

ROTATION HEAT PUMP K7

Efficiency / COP that is an average of 70% higher than conventional heat pumps

Temperature range of source (input) from -20°C to +110°C
Temperature range of sink (output) from 0°C to +150°C

 

Maximum temperature rise of 80 °C (single stage) to 110 °C (two-stage)

 

Our network

 

Horst GaisbauerMag. Horst Gaisbauer has held various positions in the areas of M&A, corporate finance, mezzanine capital and venture for more than 10 years. As an employee of the Upper Austrian incubator tech2b, he has been the responsible investment manager for the Upper Austrian high-tech fund since 2011. Horst Gaisbauer graduated with a degree from Vienna University of Economics and Business and has extensive knowledge and experience in corporate finance and early phase financing.

 

Horst Gaisbauer
Prof. Dr. Michael MirowProf. Michael Mirow has taught strategic management at the Berlin University of Technology as well as at the University of Innsbruck as an honorary professor since 2000. He works as an advisor, coach, supervisory board member and advisory board member with young technology companies. He was a member of the Supervisory Board of Siemens AG (Germany) up to 2008, where he was responsible for the global corporate strategy of the Siemens Group up to 2002. He is has a degree in industrial engineering (Darmstadt University of Technology) and a doctorate from Johann Wolfgang Goethe University in Frankfurt am Main. Prof Mirow was born and grew up in Rio de Janeiro/Brazil.

Prof. Dr. Michael Mirow
Friedrich PapstFriedrich Papst worked as a member of the Executive Board of the machine and plant building company Andritz AG up until 2015, where he was responsible for the HYDRO and METALS divisions as well as the Purchasing, Production and Quality Control departments. He was also decisively involved in the founding and establishment of Chinese subsidiaries and managed the Supervisory Board for ANDRITZ CHINA for around 10 years. Friedrich Papst now works as a consultant and in the supervisory boards of ANDRITZ HYDRO GmbH and Schuler AG and in advisory boards of young technology companies. He graduated from Graz University of Technology where he studied mechanical engineering and economics.
Friedrich Papst
Sebastian RieplSebastian Riepl has been active right from the start as a founder and CEO. During this time, the company was built up over several rounds of financing, and the innovative heat pump technology was managed from the idea up to the early stage phase with global patents. There were also many publications, patents and presentations, above all on the topic of rotation heat pumps. During the course of the round of financing in 2015, he withdrew from the operating area and since then has dedicated himself to completing his academic education. However, he still continues to support ECOP as a member of the advisory board and as a shareholder.

Sebastian Riepl
Ernst UngersbäckDr. Ernst Ungersbäck has worked for more than 15 years in the areas of venture capital and private equity, accounting and financing. The stages in his career have taken him, for example, to Ernst & Young, Capexit Beteiligungsmanagement AG and Erste Group Bank AG. Ernst Ungersbäck has a doctorate from Vienna University of Economics and Business and has extensive experience in analysis, structuring and execution of private equity / venture capital transactions.

 

Ernst Ungersbäck