| 1. |
Low Operating Costs |
| This unit has a special generator which sprays a diluted solution to the top of the generator, thus saving operation costs with hot water consumption at 0.278 m3/h - RT. |
| 2. |
High Result Coefficient of Performance |
| With a coefficient of Performance (COP) of 0.725, the unit operates much more efficiently than other absorption chiller-heaters. |
| 3. |
Generator with Solution Spray Structure |
| The Hot-Water Absorption Chiller has a specially designed spray unit attached at the top of the unit, which increases heat exchange and creates a generating effect at initial start-up. This structure is designed to eliminate solution retention thus protecting the heat transfer tube from vibration and damage due to boiling. |
| 4. |
Reduced load rating and dilution operation time |
| Because of its special spray technology, the unit requires less liquid and less heat to operate effectively. It also requires less dilution time. |
| 5. |
Electronic Controls |
| The unit has a central electronic management system that allows users to operate various functions simultaneously. The management system includes failure indicators, password-controlled data change, automatic calculation of operation and occurrence times, automatic memory and retrieval of operations data, status indicators, and scheduled operation and communication of RS-232C or RS 485. |
| 6. |
Convenient Stopping and Storage |
| Because the solution does not remain static in the generator, there is minimal risk of corrosion. |
| 7. |
Easy access for repairs and maintenance |
| Because the chiller and heater are narrow, there is ample space for carrying out repairs and maintenance. |
Nuclear HVAC
Hot-Water Driven Absorption Chiller 
Direct-Fired Two-Stage Absorption Chiller-Heater
