Installed with support under the Renewable Heat Incentive (RHI) scheme, the hay drying facility uses two Carrier AquaForce 30XWHV water-source variable-speed screw heat pumps to upgrade energy extracted from a series of boreholes, which tap an underground aquifer. The Carrier heat pumps upgrade the water temperature from 0 degrees C from the boreholes to 35 degrees C exiting the system. It is then used to evenly and consistently dry Lucerne hay.

To further enhance efficiency, the heat pumps are equipped with Carrier’s Greenspeed intelligence inverter drive and control system, which matches the speed of the compressor to the current load. This optimises performance, reduces energy use, cuts carbon emissions, and minimises running costs for customers.

The project demonstrates Carrier’s capability to support innovative, efficient solutions to help meet its aim of reducing customers' carbon footprint by more than one gigaton, part of Carrier’s 2030 Environmental, Social & Governance (ESG) Goals.

 “The Carrier system is highly efficient and enables an excellent conversion of the ground source energy into useable heat,” said Bradley Martin, director of OMNI Heat and Power. “We worked closely with Carrier, who provided timely technical support during the project.”

The successful installation has led to more heat pump projects by OMNI Heat and Power around the UK using Carrier heat pumps to harness a range of renewable energy sources.

 “We believe heat pumps are a technology whose time has come,” said Mr Martin. “They make use of ‘free’ energy, cutting running costs for end users and reducing carbon emissions into the environment. It is a win-win for all concerned. I have no doubt that heat pumps will play a key role in the decarbonisation of the UK’s heating infrastructure in the years ahead.”

AquaForce heat pumps are Carrier’s premium solution for commercial and industrial applications for customers requiring maximum quality and optimal performance, especially at part load. They deliver outstanding energy efficiency, excellent reliability, low sound levels and, for contractors, rapid installation and commissioning on site.