The Ferroli EGEA TECH 200-litre heat pump for domestic hot water (DHW) combines advanced technology, sustainability, and high performance to meet the energy demands of modern homes. Specifically designed for floor installation, this compact heat pump uses environmentally friendly R134A refrigerant with a low environmental impact, ensuring an efficient and eco-friendly solution.
With an A+ energy rating and a SCOP (Seasonal Coefficient of Performance) of up to 3.89 in warm climates, the EGEA TECH 200 L is one of the most efficient heat pumps on the market. It can produce domestic hot water at temperatures of up to 62 ºC using only the heat pump, without the need for electrical support, even in outdoor air conditions as low as -7 ºC thanks to its active defrost system.
Highlighted Efficiency Parameters:
The EGEA TECH 200 L includes standard WiFi connectivity, allowing control and monitoring of the unit from a mobile app. This system facilitates scheduling, including the OFF PEAK mode, which optimises hot water production during lower electricity cost hours. Additionally, it features an automatic anti-legionella programme, ensuring the elimination of harmful bacteria and maintaining water hygiene.
Operating Modes:
The R134A refrigerant used in the Ferroli EGEA TECH has a low environmental impact and complies with the most stringent fluorinated gas standards. Its design includes an anti-corrosion system with a double magnesium anode, ensuring greater durability of the tank. Moreover, it is prepared to integrate with photovoltaic solar energy systems, maximising the use of renewable energies.
Technical Specifications:
The integrated control panel is intuitive and allows easy management of all functions. It also includes an energy monitoring system, weekly programming, and cascade control, allowing up to eight units to be connected, ideal for larger installations.
The Ferroli EGEA TECH 200 L heat pump is the ideal solution for those seeking an efficient, sustainable, and technologically advanced unit capable of guaranteeing domestic hot water even in extreme conditions.