Low GWP solutions
With our extensive low GWP portfolio for commercial fridges and freezers, you can find solutions tailored to your exact needs.
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Uncover the potential in decarbonizing your commercial fridges and freezers. And find out how Danfoss can help you in the journey towards more sustainable solutions.
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Related products
The design concept of the Optyma™ condensing units is optimization, with newly designed single or two fan units, with standard or enlarged condenser (for high ambient conditions). To fulfill customer demand we have developed different versions of the Optyma condensing unit worldwide.
T2 / TE2 thermostatic expansion valves are used for liquid injection into evaporators on both refrigeration and air conditioning systems using fluorinated refrigerants. T2 / TE2 is supplied with an interchangeable orifice assembly for easy stocking and service.
EVUL solenoid valves are designed to fit into compact refrigeration systems and can be applied in liquid, suction, and hot gas lines. EVUL solenoid valves can be used in many different refrigeration systems and are specially designed for commercial refrigeration systems, refrigeration appliances, liquid coolers, ice cube machines, mobile refrigeration systems, heat pump systems and air conditioning units.
Save time and money with MCHE standard products. The introduction of micro channel heat exchanger condensers, which combine resource and energy efficiency with minimal use of refrigerants, is enabling the development of leaner, greener solutions. Select one of our standard products and you can buy any quantity of condensers, any time, large or small, directly from stock.
Refrigeration temperature sensors are used for applications within air-conditioning as well as commercial and industrial refrigeration applications. The Pt 1000 sensor element meets the DIN/IES 751 class B requirements and ensures an accurate and reliable temperature signal applicable for regulation, safety, and data logging.
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Case stories
Ice cream on a hot summer day, or any time of year, is always a treat. But the process of creating the perfect flavor, to exact specifications, is complex. Perry’s Ice Cream, which manufactures ice cream bars, pints, squrounds and 3-gallon tubs for grocery stores, independent shops and sports stadiums in its Akron, N.Y., manufacturing plant. A new spiral freezing tunnel had been installed to produce a new line of ice cream bars and required holding a constant temperature with varying heat loads to produce a variety of products on the line.
When Jack Link’s Snacks, a Wisconsin-based manufacturer of beef and turkey jerky snacks, wanted to double the size of their production facility in 2022, they knew they needed to upgrade their refrigeration system. With a larger system – 50 new evaporators, 2 air handlers, plus new condensers, compressors, a recirculator and receiver - came the need for a more robust PLC (programmable logic controller) system to help them manage and monitor temperatures and refrigerant cycle performance for a larger production and storage footprint.
A Danish supermarket fulfills 95 percent of its heating demand from its own cooling display cases. The chain has installed Danfoss heat recovery units and managed to halve its CO2 footprint in five years. Imagine if this was done in all supermarkets in the world.
Refrigeration manufacturer Haglund Industri AB wanted to achieve energy efficiency class A. Experts at the Danfoss Application Development Center (ADC) rigorously tested new component packages and reported energy savings up to 34%.
As authorities and customers focus on energy efficiency standards and ratings to understand not just what a commercial refrigeration unit costs to buy, but what it costs to operate, the refrigeration design engineer needs to look again at the fundamentals and consider new approaches.
Industrial refrigeration systems predominantly use natural refrigerants, primarily ammonia and more recently CO2 Energy efficiency and the effective operation of those systems are the key parameters for operators of the plants The focus of the white paper is the comparisons of hot gas defrost strategy control methods, both on the hot gas side as well as on the condensate drain