The Sensor Solid M is the latest of large unit Heliotherm heat pump products that presents the next generation in the field of performance-controlled heat pumps for urban residential homes and commercial businesses on the market.
The Sensor Solid M heat pump in compact design and due to its high heat output of 25 to 120kW, is the ideal solution for spacious residential buildings, hotels and diverse commercial buildings. A heating capacity of up to 360 kW can be achieved with a cascade application. Through the innovative modulation technology the heat pump automatically adjusts to the building’s heat demand. The advanced modulation range of 25 to 120 kW allows the slightest buffer storage size (hydraulic separator). Higher efficiency and significant vast CO2 savings at minimal energy costs.
Testing rig results confirm best value
Particularly in partial load operation, which is by rule usually the most common mode in a heat pump, is where the Sensor Solid M can fully demonstrate superiority over single-step heat pumps. Its very high partial load efficiency ratios can achieve above-average seasonal performance factors in comparison to other conventional heat pumps without performance control. This is confirmed by the measured AIT COP of greater than 5 brine-water heat pump (B0 / W35°, 5 K) or confirmed at a COP greater than 6.4 for water-water heat pump (according to EN 14511). Thus, Heliotherm again proves its leadership position in heat pump technology.
Efficient heating, cooling and domestic hot water system
The Sensor Solid M is available as a brine / water and as a water / water heat pump, which offers all the necessary conditions for a high standard of heating- and living comfort. Having the possible use of self-generated electricity from a photovoltaic system; energy that can be used as efficiently and cost-effectively as possible. The applicable combinations for the Sensor Solid M heat pump with a variety of storage and heat transfer systems, as well as the optional reversible operating mode for active cooling make this new heat pump generation most attractive for many application possibilities.
