A conventional electric heater converts electricity into heat, and at best you get back the energy you paid for. A heat pump works differently. It does not generate heat, it moves it, drawing warmth out of the surrounding air and concentrating it into the water tank. Because transporting energy costs far less than creating it, a heat pump can deliver several units of heat for every unit of electricity it consumes.

Water heating is typically one of the largest electrical loads in a building. Replacing direct electric heating with a heat pump attacks that load at its most expensive point, and the saving repeats every day of the year rather than depending on weather or season. For facilities with steady, high-volume hot water demand, the reduction in running cost is usually the deciding factor.

The Eau Chauffage HP series is designed for commercial and industrial hot water loads as well as large residential installations. Units combine extra-large storage capacity with powerful heating elements so supply stays continuous even under sustained draw. Inner tanks are enamel-coated for hygiene and corrosion resistance, protected by a magnesium anode that extends tank life, and insulated to hold temperature between demand peaks.

Heat pumps fit best in hotels and accommodation blocks with large predictable daily volume where running cost dominates, in gyms, spas and sports facilities with heavy shower demand concentrated into known windows, in buildings with limited roof space that cannot host the collector area solar requires, and in hybrid systems where a heat pump guarantees supply through poor weather while solar carries the base load.

Every unit is manufactured under an ISO 9001:2015 certified quality management system with safety components meeting recognised international standards. Explore the heat pump range below, or contact our engineers for a running-cost comparison against your current system.