Industrial Chiller are widely used in a number of manufacturing facilities from food processing to pharmaceutical production. Those refrigeration systems also account for the largest energy usage in a manufacturing facility, often up to 60 percent of a plant’s total operating expenses. As energy costs continue to increase, engineers are looking for ways to manage these costs and operate these systems more efficiently.
An integrated approach to optimizing the mechanical system, Cold Storage Supplier along with an automation strategy, is one of the most effective ways to reduce energy costs. Too often, engineers look to optimize each individual component of their system rather than looking at the system as a single, integrated unit. Every time a new piece of equipment is added to the system, if it’s not properly optimized within the scope of the entire system, you’ll end up with wasted energy and operational inefficiencies. Prior to adding new equipment, it’s important to obtain baseline data on the amount of energy a system consumes. That’s the only way to accurately measure the impact a new piece of equipment has on the overall system.
The primary factors that influence the energy efficiency of a Cooling Room are the efficiency of the system’s design and the refrigerant used; the condition of the equipment, the control strategy, and the load profile of the system (deviation of the operating cooling loads from the design cooling loads).
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