The AVARMA heat pump delivers 100% heating capacity even in extremely cold weather. The larger heat exchanger transfers more heat to ensure reliable performance in cold conditions.

Many homes use older radiators that require 65°C or more for effective space heating, while conventional heat pumps operate at 55°C to 60°C. The AVARMA heat pump provides consistently hot water for space heating and can therefore be an efficient alternative to gas boilers.

DC inverter technology represents an advanced solution for efficient and reliable heating.

The inverter-controlled AVARMA heat pump heating system ensures constant system temperatures and a uniform room temperature and has a clear advantage over a conventional heat pump as it is more energy-efficient, gentler on the system and runs more quietly.

Compared to other air-water heat pumps, it achieves a significant reduction in noise and ensures energy-efficient operation through continuous adjustment of performance.

The AVARMA heat pump is equipped with a legionella circuit that provides periodic thermal disinfection as a preventive measure against legionella infestation.

The drinking water storage tank and the entire hot water pipe network, including the fittings, are heated to 70 °C for at least 3 minutes at a set and regular interval.

Smart grid devices such as the AVARMA heat pump can be connected to the smart grid via an interface and thus react to a surplus of solar power.

With such a network, production and consumption can be further decoupled and the electricity generated by the heat pump can be used for heating or surpluses generated in summer can be used in winter.

Power grid operators can directly control the power storage system via the integrated smart grid interface and stabilize and relieve the load on the power grids.