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YILDIZ MAKINA brought tomorrow’s innovation in technology to you today in the form of Thermal Cooling Solutions which is a great alternative to conventional air conditioners which consume significant amount of electricity and have many disadvantages in terms of cost of operation,effects on human health and nature.
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This innovation (Commercial & Industrial Thermal Cooling Solutions) are designed & made in EU.
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They are using thermal energy during its operation instead of electricity that is significantly reducing costs of operations and caring about the nature.
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The cooling capacity varies between 5 kW to 10 MW certified by TUV SUD & awarded by Stiftverband for R&D
SOURCES of THERMAL COOLING SYSTEMS
COMPONENTS of THERMAL COOLING SYSTEMS
WHY THERMAL COOLING SYSTEMS for COMMERCIAL and INDUSTRIAL APPLICATIONS?
There has been an increasing demand to refrigerating, ventilating, cooling and air-conditioning the indoor environment of the houses, residential & commercial units & buildings for decades. Nearly, 140 million air-conditioners are sold and installed annually in the world. Until now, traditional or conventional air conditioners have been on duty for this purpose. Conventional air conditioners have significant disadvantages such as:
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Noisy operation
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High electricity consumption
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Disturbing chilled dry air
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Greenhouse Gas Emissions
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Use of Chemical Refrigerants
​However, Thermal Cooling Systems have significant advantages over conventional air conditioners, such as:
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Plug & Play Energy Efficient Total Package
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Less Expensive & Cleaner
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High Savings by Utilizing heat instead of electricity as primary source
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Cooling & Heating gently without drying out the indoor air
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Cooling based on Thermal Energy, not electricity
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CO2 Reduction
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Increase of Operational Hours of CHP Unit
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Reduction of Electric Peak Load
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Use of Absorption Chillers (Solar & Waste Heat Powered)
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Use of Adsorption Chillers
Absorption Chillers vs. Compressor-based Cooling Systems
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less electricity consumption (>%75 saving)
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lower operating hours
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non-usage of refrigerants (CFCs & HCFCs) that damage ozone layer with greenhouse gas emissions
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usage of water as refrigerant
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stable coefficient of performance (COP)
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lack of issues with mechanical vibration
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easy maintenance and longer life of operation
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No peak saving & significant reduction of total costs
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Types of Systems
HWF1-Hot Water Fired Cooling Kit-Adsorption
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Cooling Capacity (kW): 10kW-25kW
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Working Pair: Water/Zeolite, COP (Nominal): 0.52-0.65
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Heat Source: Hot Water (46°C-75°C)
HWF2-Hot Water Fired Cooling Kit-Absorption NH3
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Cooling Capacity (kW): 20kW-50kW
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Working Pair: Water/Ammonia, COP (Nominal): 0.50
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Heat Source: Hot Water (70°C-98°C)
HWF3-Direct Fired Cooling Kit-Absorption LiBr
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Cooling Capacity (kW): 170kW-5300kW
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Working Pair: Water/LiBr, COP (Nominal): 1.2-1.3
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Heat Source: Gas/Oil
HWF4-Hot Water Fired Cooling Kit-Absorption LiBr
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Cooling Capacity (kW): 18kW-200kW
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Working Pair: Water/LiBr, COP (Nominal): 0.7
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Heat Source: Hot Water (70°C-95°C)
HWF5-Steam Fired Cooling Kit-Absorption LiBr
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Cooling Capacity (kW): 350kW-5300kW
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Working Pair: Water/LiBr, COP (Nominal): 0.8-1.5
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Heat Source: Steam
Option
System Controller for thermal cooling and heating systems that enable to select several sources simultaneously (CHP, Heat Pump, Local/District Heating, Condensing Boiler, Biomass, Solar) to achieve highest efficiency via need-based power generation, priority of energy sources, optimized chiller operation, speed controls of pumps, re-cooling fan; and efficient operation of re-cooling plant.