Sime’s integrated heat pump and boiler brings Revolution to renewables sector!

The Murelle Revolution 30 is the first completely integrated boiler and heat pump in a single cased product. Using an ErP A++ 30 kW Murelle boiler and completely sealed 4kW output heat pump, the Murelle Revolution 30 is a single compact unit that can be installed by any registered Gas Safe installer in a single installation process, without requiring an additional F-gas-registered installer to be present.

The unique Murelle Revolution 30 should be installed inside and hung on the wall like a conventional boiler. The Revolution provides heat and hot water, achieving an average seasonal heating performance of 134%, granting A++ energy efficiency, according to the ErP Ecodesign Regulation.

Sime General Manager Massimo Bizzotto states; “Sime is renowned for its investment in technology and our Murelle Revolution 30 is global first, and one of the most technically advanced products on the UK market. We have already seen the Murelle Revolution 30 successfully piloted in Italy and in Spain and we are in discussions with leading UK construction and heating clients about how the Murelle Revolution 30 will fit with their own renewable projects. We anticipate interest from installers and contractors who work with customers who are off grid, with new build and from the self-build and renovation sectors. The Sime Revolution is here!”

How it works

The boiler and heat pump work in tandem, with the heat pump operating first, as this makes the largest contribution to the Murelle Revolution’s energy efficiency. When the external temperature is higher than its minimum set value (default -7°C) the heat pump and the boiler will be activated in quick succession. When the set point is reached, the boiler will start to adjust power until the heat requirement is attained and then both of the generators will be extinguished. If the external temperature is higher than 7°C (value can be re-set), only the heat pump will be activated. The boiler will be activated only when the desired temperature is not achieved by the heat pump on its own.

Technical description

Heat carrier fluid receives heat from air taken from outside into the main evaporator. Once inside the evaporator, this heat carrier fluid comes into contact with exhaust gases from the boiler. The compressor compresses the fluid and the heat is transferred via the plate-type condenser/exchanger to the water returning from the central heating system. The boiler’s heat exchanger integrates the residual heating requirements.

Key facts and benefits