TEDOM Polo 100
TEDOM Polo 100 represents a compact device that provides its operator variable cooling and heating capacity
dependending on the specific operating conditions and energy requirements. The combination of high quality German-made reciprocating compressor with exceptionally reliable Japanese industrial engine enables adaptation of Gas Heat Pump to various industrial and food-processing plants, office buildings, hotels, etc. One single unit therefore allows to achieve significant energy savings or reduction of costs for preparing hot and chilled water.
TEDOM Polo 100 helps the food-processing plants, where permanent need for cooling exists, to markedly decrease the demands for electric energy, especially if this energy is consumed in the cooling process, especially in the summer months when the Gas Heat Pump unit reduces the total electric load during peaks.
However, the Gas Heat Pump can be used also in the facilities with higher demand for heat. Utilizing the heat from its environment, the unit can also operate in highly efficient "heat pump mode". As a result, the effectiveness of fuel utilization rises markedly while the operation costs go down.
|TEDOM Polo 100|
|Cooling power||up to 136 kW *|
|Heating power (with exhaust gas heat)||up to 250 kW *|
|Gas consumption||142 kW **|
|Electric input||1.7 kW|
|COP (coefficient of performance)||2.5|
|Effective refrigerants (according to particular application)||R407C, R507, R134a ***|
|Heating water temperature (condenser side)||up to +75°C|
|Heating water temperature (engine side)||+90°C|
|Chilled water temperature||down to -18°C|
|Operating temperature||-10°C to +45°C|
|Unit weight||1 530 kg|
|Dimensions (width / height / length)||0.8 / 1.8 / 2.3 m|
|Version||indoor / outdoor|
*) the GHP unit's performance rates always depend on adjustment for particular application and selected refrigerant type
**) gas consumption always depends on required output temperatures at the condenser / evaporator side
***) TEDOM GHP unit is usable with three types of refrigerant (according to its application)