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The UNILIVING HYBRID S smart system allows you to maximise energy savings by choosing to use the heat pump or the boiler, or both at the same time, depending on the outside temperature and their respective efficiency levels. The hybrid system is managed by the hybrid control unit. The system allows for the production of domestic hot water and the heating of rooms at minimum and maximum temperatures. The new UNISPLIT_HS, by utilising inverter technology alongside brushless DC motors, ensures high overall energy efficiency, both in terms of reducing the specific consumption of each motor and its high modulation capacity. The widespread use of these technologies across all components ensures improved COP and EER, and a substantial increase in efficiency at partial loads (ESEER). Outdoor air temperature 7°C, 85% RH; EWT 30°C, LWT 35°C Outdoor air temperature 7°C, 85% R.H.; EWT 40°C, LWT 45°C Outdoor air temperature 35° DB; EWT 23°, LWT 18° Outdoor air temperature 35° DB; EWT 12°, LWT 7° Seasonal energy efficiency class for space heating tested under average climatic conditions. Noise level tested under average climatic conditions Heating: outdoor air temperature 7° DB, 6° WB; EWT 47°, LWT 55°; Cooling: outdoor air temperature 35° DB, 24° WB; EWT 12°, LWT 7°.

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The UNILIVING HYBRID S smart system allows you to maximise energy savings by choosing to use the heat pump or the boiler, or both at the same time, depending on the outside temperature and their respective efficiency levels. The hybrid system is managed by the hybrid control unit. The system allows for the production of domestic hot water and the heating of rooms at minimum and maximum temperatures. The new UNISPLIT_HS, by utilising inverter technology alongside brushless DC motors, ensures high overall energy efficiency, both in terms of reducing the specific consumption of each motor and its high modulation capacity. The widespread use of these technologies across all components ensures improved COP and EER, and a substantial increase in efficiency at partial loads (ESEER). Outdoor air temperature 7°C, 85% RH; EWT 30°C, LWT 35°C Outdoor air temperature 7°C, 85% R.H.; EWT 40°C, LWT 45°C Outdoor air temperature 35° DB; EWT 23°, LWT 18° Outdoor air temperature 35° DB; EWT 12°, LWT 7° Seasonal energy efficiency class for space heating tested under average climatic conditions. Noise level tested under average climatic conditions Heating: outdoor air temperature 7° DB, 6° WB; EWT 47°, LWT 55°; Cooling: outdoor air temperature 35° DB, 24° WB; EWT 12°, LWT 7°.

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The 3U-LRACK is a robust and versatile solution for organising and mounting high-voltage energy storage systems. Built to the 19-inch standard, it can accommodate up to 8 HV battery modules and 1 control unit (High Voltage Battery Cluster Control Box), providing a complete, safe and perfectly structured system for residential or commercial applications. Key features Universal 19-inch compatibility – ideal for modular HV batteries. High capacity – supports up to 8 batteries + 1 control module. Solid metal construction – stabilises and protects the battery packs. Adjustable feet – provide precise levelling on any surface. Open design – allows for easy cabling, quick access and optimal ventilation. Optional system integration – perfect for installers who prefer integration into a dedicated rack. Dimensions & Weight Dimensions (L × W × H): 530 × 602 × 1629 mm Weight: 41 kg Recommended applications High-voltage photovoltaic systems Professional B2B installations Residential projects with modular batteries Integrations requiring order, safety and easy access to HV modules

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