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Cooltech prsentation - May 2016
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Company Presentation
May 2016
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The Benefits Why Cooltech?
2 May 2016 Cooltech – www.cooltech-applications.com
Environmental and economic issues for compressor-based refrigeration systems
o The refrigeration and air conditioning sectors: 13% of GHG emissions by 2030 o F-gas refrigerants: high impact on Global Warming - increasing regulations o Systems prone to refrigerant leaks: hazardous for the environment o Low Coefficient of Performance (COP): high energy consumption o High pressure systems: costly maintenance operations
The Magnetic Refrigeration System (MRS): a sustainable alternative
o No refrigerant gas (water-based coolant liquid): Eliminate harmful emissions o Low pressure system, no gas: safe and reliable – quasi-indefinite lifespan o Less noise, less vibration: environmental comfort o High Coefficient of Performance (COP): reduce energy consumption by up to 40%
A gas-free, cost-effective and safe innovation
The Problems
The Solution
Magnetic cooling: the physical principle
E = m Cp ∆t
Basics of Magnetic Refrigeration
Magnetic Refrigeration is based on the Magneto-Caloric Effect (MCE). The MCE infers that some metal alloys or Magneto-Caloric Materials (MCM) heat up when immersed in a magnetic field and cool down when removed from the magnetic field. A thermal span is generated by applying a series of Magnetization-Demagnetization cycles on MCM.
4 May 2016 Cooltech – www.cooltech-applications.com
Simplified View of a Magnetic Refrigeration System (MRS)
In the magneto-caloric heat pump, heat is transferred from the cold interior of the refrigerator to the warm external air by circulating a water-based coolant through the magneto-caloric materials as they cycle in and out of the magnetic field.
5 May 2016 Cooltech – www.cooltech-applications.com
Prototyping Productization MRS MRS commercialization in entry markets
Development and improvement of new designs
(power, size…) For complementary markets
2 axes of development
Commercial Refrigeration Medical
7 May 2016 Cooltech – www.cooltech-applications.com
First Commercial Magnetic Refrigeration Systems (MRS)
For commercial refrigeration
o H26C: Cabinet/Display Refrigeration o Refrigerating power 200-400W o Temperature Span 25°C o COP Carnot Efficiency 55% o COP = (273/25*0,55) 6 o H25cm L42cm W30cm o Estimated Time of Arrival: July 2016
o Remote Refrigeration installation/other industrial cooling o Cooling power starting from 20 kW (the machine is scalable)
o Temperature Span 30°C o COP Carnot Efficiency 75% o COP = (273/30*0,75) 7 o < 1 m3 (estimated) o Estimated Time of Arrival: mid 2017
8 May 2016 Cooltech – www.cooltech-applications.com
For complementary markets
Commercial Perspectives
o Commercial Refrigeration: demonstration/tests at end users’ sites (e.g. supermarkets…) o New markets: start new partnerships with manufacturers for new developments
Next steps (2016-2017)
Commercial Refrigeration Transport Automotive Residential Commercial
Home appliances Industrial Cold
Cooltech’s potential market
Refrigeration Air conditioning
The Magnetic Cooling market is expected to reach $315 million by 2022*
* Markets&Markets
9 May 2016 Cooltech – www.cooltech-applications.com
International Recognition
2015 RAC Cooling Industry Awards Finalist 2013 IET Innovation Awards Finalist 2013 Global Cleantech 100 Company 2013 RAC Cooling Industry Awards Finalist 2010 INPI Innovation Award 2010 Entreprise d’Avenir Most Promising Firm 2009 Participant at Zayed Future Energy Award 2003 “Most Innovative French Company``
Awards
Global patent strategy
10 May 2016 Cooltech – www.cooltech-applications.com
Cooltech Applications’evolution Investors
About Cooltech Applications
11 May 2016
Founders
Summary
5 impasse Antoine Imbs 67810 Holtzheim France
www.cooltech-applications.com
12 May 2016
