UK INTRO-AQUAREA GEN 24 - Flipbook - Page 28
GENERAL INDEX
How Panasonic contributes to Nearly Zero Energy
Buildings (nZEB)
Our expertise gained over the years has helped to launch a range of products that contribute to a more
carbon-free society.
Panasonic is committed to develop products with greater
energy efficiency.
Highly efficient Panasonic solutions can help to
significantly reduce the energy consumption of the house,
at the same time a high level of comfort and good indoor
air quality are kept.
· Aquarea High performance heat pump for heating,
cooling and domestic hot water production
· Aquarea Smart Cloud, for energy monitoring
· Heat recovery ventilation system
· PV panels to produce renewable energy on-site
Aquarea Heat Pumps and the ventilation unit with heat recovery certified as Passive House Component
Aquarea High Performance All in One Compact and Bi-bloc J Series heat pumps1) and the ventilation unit with heat
recovery PAW-A2W-VENTA have been certified by the Passive House Institute (PHI) as Passive House Component. This
certification ensures highly energy efficient components according to international criteria for respective thermal
performance, comfort and indoor air quality.
1) 3, 5 and 7 kW models.
Certified models can be checked under the
certification section of
https://database.passivehouse.com.
cool, temperate climate
CERTIFIED
COMPONENT
Passive House Institute
CERTIFIED
COMPONENT
Passive House Institute
H3 Grande Passive House, Poland.
When looking for a energy-efficient heating solution,
Polish construction company Procyon selected a 5 kW
Panasonic Aquarea High Performance heat pump for its
passive house project, H3 Grande. Procyon found this
solution reduced annual heating expenses by almost half
compared to an oil-based system, or by 10% in
comparison to natural gas.
H3 Grande is a 175 m² detached house certified by the
Passive House Institute (PHI) in Darmstadt. It is designed
to minimise energy losses while incorporating an
attractive, yet simple aesthetic. The building9s shape,
interior design and pitched roof contribute to the energy
balance of the house, while large south-facing windows
and wall insulation provide passive thermal comfort by
retaining heat. The building has very low heating demand
of approximately 15 W/m² and is designed to minimise
energy.
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