The thermal power control can modulate within a large range (20-100%) and control the flow of the brine and the production circuit. The compact design includes the brine and production circulating pumps, the brine and production expansion vessels (8l and 121 for brine and production circuits respectively), brine and production security valves and the three-way valve for the DHW. The High Temperature Recovery system (HTR) makes the simultaneous production of DHW and heating or cooling possible, as well as DHW production up to 70 °C without electrical support. Integrated management of up to 4 different distribution temperatures, 2 different buffer tanks (1 for cooling and 1 for heating), 1 DHW tank, 1 pool and the daily schedule of DHW recirculation. Integrated management of modulating air units, both for air source systems and for hybrid (air source - ground source) systems. Integrated management of external variable or ON/OFF auxiliary systems such as boilers or electrical resistances. Integrated management of cascade systems up to 3 units. Integrated management of simultaneous cooling/heating systems according to the scheme. Integrated Passive cooling in models 2 and 4. Integrated Active cooling in models 3 and 4. Single-phase and Three-phase electrical supply availability. Compatibility with e-manager and e-system Integrated energy meters to measure the electric consumption, the heating/cooling thermal power, the COP and the monthly and annual SPF. Replacing or combining the geothermal collector with one or more ecoGEO AU12 aerothermal units. Refer to the ecoGEO AU12 aerothermal units manual for more detailed information. In compliance with EN 14511, this includes the consumption of the circulation pumps and the compressor driver. Considering brine and production flows of 2000 l/h. Considering a heat ramp of 20°C to 50°C in absence of consumption. Considering support provided by the emergency electrical resistor or the HTR system. Maximum DHW temperature with the HTR system can be limited by the compressor discharge temperature. In compliance with EN 12102, this includes the acoustic insulation kit of the compressor. Starting current depends on working condition of the hydraulic circuits. The admissible voltage range for proper operation of the heat pump is ±10%. Maximum consumption can vary significantly according to working conditions, or if the compressor's range of operation is restricted. Refer to the technical service manual for more detailed information. 10. Certification in process.

C. Brine Outlet/ 1 1/4 "F D. Brine Inlet/ 1 1/4 "F A. Heating/Cooling Outlet/1 1/4 "F B. Heating/Cooling Inlet/1 1/4 "F C. DCW Inlet/ 1 "F D. DHW Outlet/ 1 "F E. DHW Return/ 3/4 "F F. Brine Outlet/ 1 1/4 "F G. Brine Inlet/ 1 1/4 "F Source temp -3/0 °C Source temp 2/5 °C Source temp 7/10 °C