Latin America. Samsung announced the launch of the new modular DVM Chillers, a solution for installations that demand greater efficiency, control and flexibility.
They combine qualities of VRF (DVM: Digital Variable Multi) solutions and water chillers, saving energy, time and space, while being safe and using less refrigerant. They also offer the possibility of starting the installation from scratch or replacing an existing one, and then expanding; adapting to the needs of growing companies.
The brand ensures that this product is ideal for industries, for example, food, wine and processes in general, since they maintain the required temperatures without generating complex facilities both new and existing. Due to their compact size and easy movement, they are ideal for replacing existing machines without the need for complex maneuvers on site.
Energy saving
Samsung claims that DVM Chillers have high energy efficiency, because they allow between 36% to 50% savings compared to conventional models. Its advanced technology offers superior performance at partial loads, since each module has 2 inverter compressors, adapting to the required load and avoiding a waste of energy.
Among its functions, they have "Water Law" that adjusts the heating or cooling setpoint temperatures depending on the temperature outside adapting to changes, reflecting lower energy consumption and comfort through customizable temperatures.
This solution works with refrigerant R410A, which reduces the degradation of the ozone layer, in addition to using 60% less refrigerant than conventional models.
DVM Chiller modules are available in 3 capacities: 12, 15 and 20 tonnes. Combining them can be obtained systems from 12 to 320 tons.
Paula Possidente, Senior Manager, Head B2B Sales Strategy of Samsung Argentina commented "from Samsung we always think about bringing new solutions to our customers with the latest technology and innovation. For this reason we decided to incorporate three new models of DVM Chiller, an air condensed water cooling system that allows better performance and optimization of energy consumption."
