by: TN Media News: opeland, a global leader in sustainable climate solutions, has expanded its variable-speed technology portfolio, offering integrated solutions that combine compressors, drives, and controllers for heating, cooling, and refrigeration systems. These advanced solutions aim to improve operational efficiency, precise control, and sustainability across various sectors, including energy storage, data centers, transportation, and retail environments like convenience stores and supermarkets.
As global emissions continue to rise, with heating in buildings responsible for 10% of total CO2 emissions, Copeland’s new solutions play a crucial role in reducing energy consumption and minimizing environmental impact. In the data center sector, which is projected to experience a 2.5-fold increase in demand by 2030, Copeland’s technology supports operational excellence while meeting regulatory standards.
The 130cc variable-speed integrated solution is designed to offer up to 30% energy savings in applications such as data centers, chillers, heat pumps, and energy storage. These solutions promote environmental stewardship and cost savings, empowering businesses to meet evolving sustainability demands.
Michael Toh, President of Copeland’s Asia-Pacific region, emphasized the company’s commitment to innovation and sustainability: “Our variable-speed integrated solutions enable advanced energy efficiency while supporting a wide range of low-GWP refrigerants, helping customers reduce their environmental impact.”
Copeland’s integrated solutions are tailored for diverse applications, from green buildings and transportation to energy storage systems. The technology ensures efficient operation even in low ambient conditions, particularly in electric buses and trains. Copeland’s solutions also support the transition to air-source heat pumps, offering exceptional efficiency and contributing to the global shift away from fossil fuels.
With these new offerings, Copeland reinforces its position as a leader in providing sustainable, energy-efficient climate solutions that drive the global energy transition.
