Panasonic Air-to-Water Heat Pump
Delivering effective and affordable heating

Panasonic Air-to-Water Heat Pump Australia

Using advanced heat pump technology to offer homeowners a compact and efficient alternative to gas and oil boilers

Panasonic Air-to-Water Heat Pump Australia

Panasonic

Panasonic Heat Pump Systems

On the hunt for a hydronic heating system that’s both effective and affordable? We’re happy to report that the Panasonic Air-to-Water Heat Pump is the modern solution to home temperature control, and one that won’t break the bank. With the goal of offering homeowners a compact and efficient alternative to gas and oil boilers, Panasonic have designed their new hydronic heating solution to use the one system to produce hot water in addition to heating and cooling the home.

The unit works by capturing heat from the surrounding air before transferring it to water via a sealed refrigerant system using R32 refrigerant. Even amid lower temperatures, the unit can maintain a consistent water output temperature of 60°C by operating under higher pressure within the refrigerant cycle, as its built-in magnet filter helps to keep its performance consistent by filtering out metal dust particles.

It is completely compatible with hydronic radiators, hydronic floor heating, and fan coil units, and it’s available in a range of models, such as the J Series (9kW and 16kW), intended for compact application, and the T-CAP series (12kW and 16kW), which is designed for colder conditions, and built maintain heating capacity even in environs where when outdoor temperatures has dropped to -20°C.

Learn more about Panasonic Hydronic heating in Melbourne, or request a free quote h

Why Panasonic?

Panasonic built their brand reputation on high quality products that offer consumers reliability and comfort

You’ve more than likely heard the name "Panasonic” before, and for good reason; they’ve built their brand reputation on high quality products that offer consumers reliability and comfort, all around the world, all year round.

Their name is synonymous with innovation; as far back as 1964, Panasonic has been at the forefront of hot water solutions, and since that time, they’ve only gotten better, as they combine their decades-long expertise with the most cutting-edge tech available to our modern times.

Their products offer an ever reliable heating performance in addition to a high energy efficiency, leaving you with a state-of-the-art heating solution that’ll give you peace of mind as well as a toasty-warm home.

Even before it hit Australian shores, the Panasonic Air to Water Heat Pump had a lauded reputation abroad, where it has been an extremely popular choice on the European residential market for the past 15 years.

Key Advantages

The Panasonic Air to Water Heat Pump offers a slew of advantages, especially in comparison to gas boilers and standard heat pumps. Such benefits include

  • ✔   Energy Efficiency:
    Panasonic heat pumps, with their maximum COP of 5.08* at +7 °C, are far more efficient than other heating systems, with their ability to take heat energy in the surrounding air and convert it into warmth for your home.
  • ✔   Space Saving:
    The system only requires hydraulic piping; its all-in-one outdoor design negates the need for a separate hydrokit or an indoor unity, allowing for easy installation while allowing you to save on space.
  • ✔   Cold Climate Performance:
    This heat pump allows you to maintain heating capacity, without the assistance of an electrical booster heater, even during very low temperatures. By utilising its refrigerant cycle, it can operate under higher pressure, achieving a consistent water output temperature of 60°C.
  • ✔   Low Environmental Impact:
    This innovative technology produces less CO₂ emissions, while generating up to 5 times the energy output compared to traditional electric heaters and boilers.

Air to Water Heat Pump

What is an Air-to-Water Heat Pump?

An air-to-water heat pump is a heating and cooling system that has been designed to extract heat from the outdoor air in order to heat water for residential heating systems. It operates similarly to a refrigerator, only in reverse, as it moves heat around rather than generating, which allows it to be far more efficient than conventional electric resistance heaters.

Air to Water Heat Pump systems have proven to be an ideal alternative to traditional gas fired boilers, so it’s little wonder that they are quickly becoming quite popular on the Australian market. They are also far more environmentally friendly than gas alternatives, as they can utilise renewable electricity as their energy source.


Panasonic heatpumps how it works

How It Works

In a nutshell, an air-to-water heat pump works by using a closed-loop refrigeration cycle that moves heat from the outside environment and into your home's water system. This can be broken down into three core steps:

1. The System Absorbs Heat from Outside: The system uses its fan to draw in ambient air from the environment outside, and passes that air over an evaporator coil. Within the coil, a cold liquid refrigerant absorbs the heat from the air (even in cold temperatures), which causes it to boil and turn into a low-pressure gas.

2. The System Compresses the Refrigerant to Increase Temperature: The refrigerant gas is then taken and squeezed by an electric compressor, which compresses the gas, increasing both its pressure and temperature, which turns it into a hot, high-pressure vapor.

3. The System Transfers Heat into the Water System: The hot gas is then pushed through a condenser (i.e. a heat exchanger), which makes direct contact with your water supply; the heat of the refrigerant transfer over to your water, which heats the water, making it ready for use in underfloor heating, radiators, or taps. Once it loses heat, the refrigerant cools back into a liquid and repeats the cycle.

Core Features

Here are a list of features of the Panasonic hydronic heat pump:

  • ✔   Heating, Cooling & Hot Water:
    From one single unit, these systems are designed to deftly provide heating, cooling, and domestic hot water.
  • ✔   High Efficiency:
    The systems offer high efficiency with a maximum Coefficient of Performance (COP) up to 4.85 at +7∘C, which allows for significant energy savings when compared to conventional systems.
  • ✔   High Water Temperature Output:
    The systems can produce hot water up to about 60–65°C (depending on model and conditions).
  • ✔   Cold Climate Technology (T-CAP):
    T‑CAP models maintain heating capacity down to approximately −20°C outdoor ambient.
  • ✔   Compact & Space Saving Design:
    The all‑in‑one designs seal refrigerant in the outdoor unit, so that only hydraulic piping is needed inside.

Panasonic Heat Pumps Installation

Panasonic - designed for easy installation and easy maintenance

The Panasonic Air-to-Water Heat Pump is, at its heart, designed for easy installation and easy maintenance, providing households with both heating efficiency with minimal disruptions to your home. If well looked after, the heat pump will serve you well over its long lifespan.

We provide expert installation of Panasonic Air-to-Water systems for hydronic heating in Melbourne.

Get in touch with us today to find out more about installing the Air-to-Water Heat Pump in your home.

Panasonic Heat Pumps Installation Process

Our installation process is quick and efficient;

  1. Site Inspection & Consultation: One of our technicians will be sent out for an on-site visit to assess your home, its size, and its existing set-ups, such as any extant plumbing/electrical configurations.
  2. System Design Based on Home Size: Based on step one, our technician will assess what size and style of heat pump is best for your property.
  3. Indoor Unit Placement: Our techie will then suggest a convenient, accessible indoor location for the system.
  4. Installation of the Outdoor Unit: The system will be connected to, but mounted outside, your home on a level pad or brackets in a space that allows for adequate airflow, vibration isolation, and clearances.
  5. Integration with the Heating System: The system will be connected to any extant hydraulics, valves, underfloor heating, etcetera.
  6. Testing and Commissioning: Our techie will check refrigerant/pressures, verify controls, and run performance tests before handover.

Book your installation assessment today!

Frequently Asked Questions

What is a Panasonic Air-to-Water Heat Pump?

The Panasonic Air-to-Water Heat Pump is a state-of-the-art outdoor heat pump that extracts heat from the air outside and transposes it into heat for your home.

Is the Panasonic air-to-water hydronic heating system suitable for Australian homes?

Absolutely! These models are ideal for countering the erratic Australian climates, and have been available for Australian homes since 2025.

Is a Panasonic hydronic heat pump better than a gas system?

The answer to this very much depends on your individual preferences, but we can say with confidence that the Panasonic hydronic heat pump is better than a gas system when it comes to energy efficiency, sustainability, and operating costs.

Does it work in cold weather?

Indeed it does! The Panasonic hydronic heat pumps, especially the Panasonic T-CAP range, are designed to operate in severe cold.

Can it replace my existing boiler?

Typically, yes, the model is designed so you can use it to replace traditional gas boilers.

Is the installation complicated?

Typically, no; though it will depend on your home’s existing set-up, the Panasonic Air-to-Water Heat Pump is built to allow for a simplified installation, with some models offering an "all-in-one" design.

Can it provide both heating and hot water?

They certainly can! Many Panasonic units supply space heating, cooling and domestic hot water.

How often does it need servicing?

They are designed to be low maintenance, but as with most units, annual checks are recommended to ensure ongoing optimal efficiency.

Can I use hydronic radiators with this system?

You absolutely can; Panasonic heat pumps are designed to be compatible with radiators and underfloor heating, though radiator sizes/capacities may need to be increased for lower water temperatures.

Get in touch with the experts in hydronic heating

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