Panasonic Aquarea heat pumps – efficient heating and cooling

Panasonic Aquarea

Panasonic Aquarea heat pumps – efficient heating and cooling

Japanese reliability, COP up to 5.33 and operation down to −28 °C. Authorised installation of Panasonic Aquarea heat pumps by SmartAir’s certified technicians.

From

149 890 CZK

incl. VAT

Free consultation

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Krok 1 ze 4 · Property type25 %

What kind of property is the heat pump for?

What we offer

Complete services
all in one place

✓Aquarea T-CAP, LT All-in-One and K Generation R290 ranges
✓COP up to 5.33 – low running costs all year
✓Reliable operation down to outdoor temperatures of −28 °C
✓Heating water up to 75 °C – suitable even for radiators
✓Natural R290 refrigerant with low GWP
✓Wi-Fi control via Aquarea Smart Cloud
✓PV-ready (SG Ready) for use with solar panels
✓Authorised installation and full warranty / post-warranty servicing

Why Panasonic

Four reasons to choose Aquarea

01

COP up to 5.33

Outstanding seasonal efficiency – 1 kWh of electricity yields more than 5 kWh of heat. Low running costs all year round.

02

Operation down to −28 °C

A reliable heat source even in harsh frosts. In most homes, no auxiliary back-up heater is needed.

03

Quiet running and R290 refrigerant

A natural refrigerant with low GWP and a carefully optimised outdoor unit for low noise – kind to neighbours and to nature.

04

Japanese build and extended warranty

Panasonic heritage, European manufacturing centres and an extended compressor warranty – peace of mind for years to come.

Model range

Panasonic Aquarea ranges

Frost-proof

Aquarea T-CAP

Constant output even at −20 °C with no back-up heater. Ideal for family homes in colder regions.

Compact

Aquarea LT All-in-One

Indoor unit with integrated DHW cylinder. Easy installation and a space-saving footprint in the plant room.

For radiators

Aquarea K Generation R290

New generation with natural R290 refrigerant. Heating water up to 75 °C – suitable for retrofits with radiators.

Wi-Fi

Aquarea Smart Cloud

Wi-Fi module and mobile app for remote control. Easy integration with solar PV and smart-home systems.

SmartAir + Panasonic

What you get when we install for you

  • ✓Authorised installation by certified F-gas technicians
  • ✓Free heat-loss calculation and correct sizing
  • ✓Manufacturer warranty plus warranty and post-warranty service from one supplier
  • ✓Wi-Fi control via Aquarea Smart Cloud and PV integration

How to order

From enquiry to finished installation

01

Free, no-obligation enquiry

Get in touch via the form or by phone. We review your home and existing heating system and recommend the right Aquarea range.

02

Heat-loss calculation and quote

We come to you free of charge, calculate the heat losses and deliver a detailed quote within 48 hours, including model, materials and labour.

03

Professional installation

Certified technicians install both units, connect to the heating system, run the wiring and configure the controls. Typically 2–3 days on site.

04

Commissioning and handover

We run a test cycle, set heating curves and Smart Cloud, brief you on operation and hand over the warranty documentation.

Case studies

Selected projects

Daikin Altherma heat pump in a new build in Prague 5

New build, Prague 5

Daikin Altherma heat pump paired with underfloor heating and a 300 l hot-water cylinder.

FAQ

Frequently asked questions

The most common type is air-to-water, which extracts heat from outdoor air and delivers it to the heating system. There are also ground-to-water pumps (using geothermal boreholes or ground loops) and air-to-air units (essentially air conditioners that also heat). For family homes, air-to-water is the most common choice thanks to easy installation without boreholes.
Payback depends on the heat source you’re replacing. Replacing an electric boiler typically pays back in 5–8 years; replacing a gas boiler in 8–12 years.
Modern air-to-water heat pumps from brands such as Panasonic or NIBE run reliably down to outdoor temperatures of −20 °C and below. The COP (coefficient of performance) at −7 °C is around 2.5–3 – still significantly more efficient than a direct electric boiler.