Heat Pumps
Simultaneous heating and cooling.
Properties
Heating capacity
30 bis 5.000 kWTemperature range
+30 bis +80 °CRefrigerant
HFOs, HFCs, natural refrigerantsHeat sources
Geothermal energy, river or sewage waterOthers
Heat recoveryOptional
Integrated hydraulics and free cooling
Features
Wide Temperature Range
For building heating, industrial heat generation and/or heat recovery.
High Energy Efficiency
Significant reduction of emissions due to optimal demand adjustment and high COPs.
coupling of different sectors
Coupling of heat, electricity and mobility for maximum sustainability and CO2 neutrality.
Natural Heat Sources
Free and natural heat sources for innovative heating solutions without negative impact.
Simultaneous heating and cooling
Simultaneous heating and cooling
Due to their double use and high economic efficiency, simultaneous heating and cooling systems are very attractive. COMBITHERM heat pumps have up to 5 different operating modes such as heating, cooling, heating with cooling, cooling with heating and free cooling. Depending on the requirements, the priority is set on heating or cooling mode.
In case of free cooling, cold ambient air is used directly for hot water generation. No compressor operation is needed. As a result of double use and reduced current consumption, this typ of heat pump is the optimal, future-proof solution for your application.
Due to their double use and high economic efficiency, simultaneous heating and cooling systems are very attractive. COMBITHERM heat pumps have up to 5 different operating modes such as heating, cooling, heating with cooling, cooling with heating and free cooling. Depending on the requirements, the priority is set on heating or cooling mode.
In case of free cooling, cold ambient air is used directly for hot water generation. No compressor operation is needed. As a result of double use and reduced current consumption, this typ of heat pump is the optimal, future-proof solution for your application.
Attractive Heat Sources
Constant availability of energy, independent of the year-time, characterize well-chosen heat sources. Especially for industrial applications, there should be no temperature or capacity fluctuations. Continuous and free heat sources are geothermal energy and river/wells water. The heat can be extracted from soil via geothermal probes, collectors etc. and in combination with heat pumps used for hot water generation.
Moreover, wasted water or heat from sewage treatment plants or existing urban supply networks can be exploited for hot water generation. Chemical reactions such as corrosion can be avoided by using specially designed heat exchanger systems. For heat recovery, large heat pumps can be integrated into industrial processes. A particularly effective method is the heat recovery in ventilation systems.
Implementation
Benefits
- Sector coupling of heat, eletricity and mobility
- Double use due to simultaneous heating and cooling
- Heat recovery
- Decreasing operating costs
- Easy handling due to integrated hydraulics
- Reduction of direct and indirect CO2 emissions
Components & Accessories
- Compact screw or reciprocating compressors as single or tandem version
- Plate or tube and shell heat exchanger
- Refrigerant accessories
- Hydraulics including inline pumps with integrated frequency inverter
- Stable profile frame with vibration damper
- Optional sound-absorbing and weather proofed housing
Semi-hermetic screw or reciprocating compressors with stepless capacity control and reduced starting current. Electronic expansion valve for optimized refrigerant filling of the evaporator. Reliably closing also in case of power failure. Electrical panel according to industrial standard including all switches and safety components as well as wiring.
Control of the aggregate by programmable logic controller with touch panel for visualization of refrigerant circuit, operating point, application limits, temperature, pressure and the output of plain text in case of malfunction. Inline pump with integrated frequency inverter for electronic control e.g. to enable constant or variable differential pressure, equipped with piping connection and necessary auxiliary equipment.
Examples of Application
CHP
Schools & Government Institutions
Food Industry
Hotels
Contact
Kontakt
Address
COMBITHERM GmbH
Friedrichstraße 14-16
70736 Fellbach
Telefon +49 (0)711 951918-0
info@combitherm.de
Directions
Coming from Stuttgart East, follow the B14 towards Waiblingen and take the Fellbach-Süd exit. Then follow Bühlstraße and Stauferstraße until you reach Friedrichstraße.
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