Thermann hot water heat pump 270 litre

Thermann 270L heat pumps provide highly efficient water heating by extracting heat from the air, using up to 73.1 percent less energy than a standard electric water heater.

Exceptional Energy Efficiency

Delivers up to 73.1% energy savings compared to standard electric storage cylinders, with a coefficient of performance (COP) of up to 4.7*

Ideal for Larger Households

Suitable for homes with up to 7 people.

Environmentally Friendly Refrigerant

Uses R290 natural low-GWP refrigerant to reduce environmental impact.

Smart Controls and Optional Connectivity

Cylinder-mounted controller with multiple operating modes and timer settings, with an optional WiFi module available.

Reliable Backup Heating

Electric element backup for low ambient conditions and when rapid boosting is required.

Durable Heat Exchange Technology

Copper wraparound condenser for proven durability and efficient heat transfer.

Built for Harsh Outdoor Conditions

• UV- and flame-resistant polymer top cover.
• Active defrost function ensures reliable operation in colder climates.

Frost Protection

• Outdoor installation only
• Built-in defrost and frost protection functions to handle colder climates.

Wide Operating Temperature Range

Designed to operate in ambient temperatures from -5°C to 43°C.

Comprehensive Warranty Protection

• 5-year cylinder warranty.
• 5-year refrigeration components warranty, including labour.
• 1-year other components

*Result based on performance testing in accordance with AS/NZS 5125.1:2014 at 19°C ambient air temperature and heating water from 20°C to 60°C.

Thermann 270L hot water heat pump product page
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HOW IT WORKS

STEP 1

Outside air is drawn in through the evaporator by a high-efficiency electronic fan.

STEP 2

The evaporator uses the heat from the air and turns the liquid refrigerant into a vapour.

STEP 3

The refrigerant vapour is compressed raising the refrigerant temperature significantly so it becomes a hot gas.

STEP 4

This hot refrigerant gas flows down the patented in-tank heating coil where it directly releases the heat into the water. As the refrigerant gas cools, it turns back into a liquid.

STEP 5

The liquid refrigerant then flows through an expansion device where its pressure & temperature drops, and the low-temperature refrigerant enters the evaporator to repeat the heating cycle.