UK INTRO-AQUAREA GEN 24 - Flipbook - Page 29
AQUAREA
AQUAREA INDEX
Aquarea and PV integration
Aquarea Heat Pumps are designed with the future in mind.
Thanks to the integration of the Aquarea Heat Pumps with PV, the demand or
power consumption for heating, cooling and domestic hot water production is
adapted to the PV production.
CO2
Savings on heat pump
running costs.
Reduced primary energy
consumption.
Lower CO2 emissions.
Maximised comfort.
Aquarea Heat Pumps can be integrated with PV thanks to the optional PCB 1)
With the SG ready function, the Aquarea Heat Pumps will be able to store thermal energy during periods where the
electricity produced is higher than the demand in the house. These are some examples:
1. Store DHW at higher temperature. Aquarea M and L Series can produce DHW at 65 °C up to 40% more tap water
2. Heat or cool the house to maintain a comfortable temperature continuously. This requires less energy during the offpeak production hours
3. Store thermal energy in a buffer tank
1) CZ-NS*P. Check the model reference by Series in the control and connectivity section.
65°C
Turning a family home into an energy-neutral house.
Installer Sinne Technyk chose the Aquarea T-CAP heat
pump in combination with HIT KURO photovoltaic panels
for a house in Oudemirdum in Friesland, the
Netherlands. With this combination, the household
enjoys energy-neutral and free heating and hot water, as
well as a more comfortable indoor climate.
