Overview Of Ashp System Supplied - Panasonic AQUAREA WH-ADC H Series User Manual

Overview of ASHP System Supplied

Panasonic Aquarea heat pump
Overview of System
The centre of your system is the market leading high performance
"Panasonic Aquarea" air source heat pump. This heat pump can
provide all your heating and hot water, heating will be delivered using
underfloor, traditional radiators or fan assisted radiators, Hot water
will be supplied from a cylinder, Delivery of heat is usually controlled
by the Panasonic controller, which will automatically operate your
heat pump when heating is required during the heating season and
hot water all year round. Room heating control will be from room
wall mounted thermostats or on the radiators (TRV's).
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Monobloc option New All in One option
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Aquarea air to water heat pumps
Panasonic has developed an extensive range of air-to-water
heat pumps designed to efficiently convert free air into
sustainable heating and hot water. Fitted externally to your
home and designed to operate in all year round weather
conditions (-20ºC), it's the smart efficient alternative to oil, gas
and electric heating systems.
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Aquarea Smart Cloud
Easy and powerful energy management. The Aquarea Smart
Cloud is much more than a simple thermostat for switching a
heating device on or off.
It is a powerful and intuitive service for remotely controlling the
full range of heating and hot water functions, including
monitoring energy consumption.
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Aquarea Air. Highly efficient radiators for heating and cooling
(Optional)
· Highly efficient radiators working with water at 35°C.
· No need for two systems if both floor heating and radiators are
required.
· As the product is efficient, it opens the possibility to also
provide cooling while still meeting construction requirements.
Panasonic offers a cooling mode within its heat pump range for
low consumption homes.
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Domestic Hot Water Cylinders (Optional)
· Highly efficient tank solution: specially designed to improve
the efficiency of the domestic hot water production.
· Low energy losses
· High exchange surface for high efficiency and to shorten the
time to heat up the water.
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