The innovative solar cooling principle from MEIBES provides an immediate, noticeable reduction in the electricity requirement by simultaneously using excess heat as useful cooling energy to operate existing solar systems more efficiently. The unrivalled compact absorption cooling unit from MEIBES is also easily integrated into existing solar systems.
Benefit from the many advantages of the MEIBES solar cooling system:
- Only approx. 20-30% of the electricity requirement compared to conventional cooling systems
- High operational reliability thanks to the low power consumption
- Easily integrated in existing solar systems greater than 12 m²
- Cooling output: 5 kW (with 12 m² collector surface) for rooms with a size of 50 - 60 m² and a ceiling height of 2.5 m
- Multiple utilisation of solar collectors for heating, hot water and cooling
- Efficient use of the heat yields for solar cooling during periods of high solar radiation
- Easy to install - no special air-conditioning knowledge required
- Refrigerant-free cold water cooling and circulation
- Driving heat source: solar, excess heat, waste heat
- Compact design
- An in-house development in collaboration with the Fraunhofer Institute
We would be happy to provide you with more information in person: come and meet us from 10th - 14th March 2015 at the ISH in Frankfurt am Main at our stand (E82) in Hall 9.1.
Benefit from the many advantages of the MEIBES solar cooling system:
- Only approx. 20-30% of the electricity requirement compared to conventional cooling systems
- High operational reliability thanks to the low power consumption
- Easily integrated in existing solar systems greater than 12 m²
- Cooling output: 5 kW (with 12 m² collector surface) for rooms with a size of 50 - 60 m² and a ceiling height of 2.5 m
- Multiple utilisation of solar collectors for heating, hot water and cooling
- Efficient use of the heat yields for solar cooling during periods of high solar radiation
- Easy to install - no special air-conditioning knowledge required
- Refrigerant-free cold water cooling and circulation
- Driving heat source: solar, excess heat, waste heat
- Compact design
- An in-house development in collaboration with the Fraunhofer Institute
We would be happy to provide you with more information in person: come and meet us from 10th - 14th March 2015 at the ISH in Frankfurt am Main at our stand (E82) in Hall 9.1.
