Aquafficient
About Aquafficient
Aquafficient is an innovative, modern and highly efficient solution to heating water. This instant electric water heater from Fischer uses a single heating element and patented thermal storage technology, to provide instant hot water without the need for tanks. Instead, the hot water is produced from stored heat energy within a unique phase change material.
Aquafficient stores heat in a unique phase change material, known as a heat battery. Once the battery has been fully charged, it will pass the heat energy that has been stored inside to the cold water coming into the unit.
The cold water comes into a highly efficient heat exchanger that has been embedded within the battery, and this transfer of heat only happens when hot water is called for. This instant electric water heater provides hot water until the battery is depleted. The battery will recharge itself to ensure you have access to hot water 24/7.
Aquafficient can be used for a wide range of commercial applications, including:
New-build Flats/Houses
The Aquafficient provides hot water on demand. It’s high efficiency and compact design makes it an ideal solution for flats and houses with minimal space.
Hospitals and Healthcare Facilities
Aquafficient’s high efficiency and low-maintenance requirement can provide a reliable hot water supply for healthcare facilities, such as hospitals and clinics, where hygiene is a top priority. There is no water storage, so there is no risk of legionella.
Restaurants and Cafes
Aquafficient’s fast and continuous hot water supply can meet the needs of busy restaurants and cafes, and its compact size can save valuable space in the kitchen.
Schools and Universities
The Aquafficient’s compact size, fast hot water supply, and compatibility with renewable energy sources can make it a suitable choice for schools and universities where space and energy efficiency are critical.
Sports Facilities
Sports facilities, such as gyms, require instant hot water for showers and other purposes. Aquafficient’s heat storage capacity and compatibility with renewable energy sources can provide reliable and cost-effective hot water supply.