Energy-Efficient Cooling Harnessing the Power of Water-Cooled Chillers

1. Energy-Efficient Cooling: Harnessing the Power of Water-Cooled Chillers A chiller is designed to extract heat from a liquid using absorption refrigeration or a vapor- compression cycle. The cooled liquid is then circulated through a heat exchanger, allowing it to effectively cool down equipment or air.While chillers are essential in various industries, their usage often constitutes a significant portion of a plant or facility's electricity consumption, thereby impacting environmental sustainability. Fortunately, advancements in cooling technology have led to the availability of more energy- efficient solutions. One such solution is the water-cooled chiller, which offers improved energy efficiency compared to traditional alternatives. By opting for a water-cooled chiller, organizations can reduce their environmental footprint while maintaining effective cooling capabilities. For energy-efficient cooling Modern chillers are 10% to 30% more efficient than older models. With better microprocessor technologies, outstanding temperature and flow measurements, and generously sized heat exchangers, water-cooled chillers are expected to bring in more energy savings and better operating performance. Awater-cooled chillerhas double the energy efficiency of an air-cooled chiller for heat removal. High-quality models have advanced process optimization controls to increase cooling capacity without compromising energy efficiency. Additionally, those features ensure continuous operation for increased productivity. The best water-cooled industrial chillers have cooling capacities from 9.2 KW to 2590 KW. For a scalable solution, consider a modular-type design for easy expansion to accommodate larger-scale cooling needs. Designed for efficient performance Some modern water-cooled chillers may be more compact and easier to set up, but they still guarantee efficient performance with an adequately sized tube condenser and shell. That makes them reliable for heat removal. Their smaller footprint is also excellent for installation in limited spaces. It’s even possible to install them in poorly ventilated areas because they don’t discharge heat to the surrounding environment. Durable, high-performance parts

2. Other factors can contribute to the energy efficiency of awater-cooled chiller, including a leaking refrigerant, fouled tubes, and temperature variations. These variables lead to an 8% to 10% increase in operating costs. However, newer industrial chillers now feature more durable parts, such as hermetic scroll compressors from well-known brands like Copeland and Danfoss. Plus, they have a built-in hydronic module and innovative features like the programmable logic controller, Siemens S7-200 Smart Series. Water-cooled chillers are also customizable with specific properties, such as acid- and corrosion- resistant heat exchangers for surface treatment, stainless steel heat exchangers for deionized water, medical use, and food-process cooling, and a seawater condenser to meet marine requirements. Increase your facility’s energy efficiency now! Get yourwater-cooled chillerfrom SENHO Machinery to experience energy-efficient cooling. SENHO offers a wide range of water-cooled industrial, central, and low-temperature chillers to meet your specific requirements.