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How Much Cooling Capacity Can a Chiller Achieve with Three Pumps?
2026-03-24
In today’s era of global climate change, extreme heat and prolonged high-temperature conditions are becoming increasingly common. Many industrial production lines operating in hot environments often suffer from insufficient cooling capacity, which can reduce efficiency and affect product quality. To address this challenge, H.Stars industrial chillers provide a reliable and efficient cooling soluti...
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Do Ice Storage Chiller Systems Really Lose Efficiency in Winter? The Truth May Surprise You
2026-03-12
Can Ice Storage Chiller Systems Still Deliver Value in Cold Weather? When discussing ice thermal storage technology, one common question often arises: Does winter’s low temperature limit the performance of ice storage systems? Influenced by the traditional belief that “low temperatures reduce cooling efficiency,” many assume ice storage chillers suffer from slower ice-making, higher energy consump...
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Why Evaporative Condensing Chillers Save Up to 20% Energy and 80% Water And Why More Industries Are Switching
2026-03-04
Principle, Key Features, and Economic Performance of Evaporative Condensing Chillers An evaporative condensing chiller is a high-efficiency refrigeration system consisting of a compressor, balance pipe, evaporative condenser, liquid receiver, expansion device, evaporator, electrical control cabinet, and variable frequency drive (VFD). During operation, low-temperature, low-pressure refrigerant vap...
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What Is a Glycol Chiller—and How Do You Choose the Right One for Low-Temperature Applications
2026-03-02
What Is a Glycol Chiller—and How Do You Choose the Right One for Low-Temperature Applications? In most chiller cooling systems, water is the standard heat transfer medium. However, in cold climates or winter conditions, circulating water can easily freeze, leading to system damage or unexpected shutdowns. To solve this problem, ethylene glycol–water mixtures are widely used as antifreeze cooling m...
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Why Are More Facilities Turning to Ice Thermal Storage
2026-02-04
When discussing thermal storage cooling technology, one common misconception is that ice thermal storage systems are only valuable in regions with peak–off-peak electricity price differences. While time-of-use pricing can indeed amplify economic benefits, it is far from being the only condition that determines whether an ice storage system is suitable. In reality, ice storage offers multi-dimensio...
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Can Spray-Type Screw Chillers Really Cut Energy Costs
2026-01-28
The spray-type screw chiller is a high-efficiency cooling solution widely used in industrial processes and large commercial HVAC systems. With its advanced spray cooling design and superior heat-exchange capability, this chiller offers reliable temperature control for large-scale facilities. This article explains its working principle, key features, and major applications. How a Spray-Type Screw C...
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Why Are Heat Pumps Replacing Boilers A New Era of Energy-Efficient Hot Water Systems
2026-01-23
As energy efficiency and environmental protection become increasingly important in today’s market, more and more buildings are shifting from traditional fuel-burning boilers to innovative renewable technologies. Among them, water-source heat pumps have emerged as one of the most efficient and eco-friendly solutions for hot water production. But why are heat pumps gradually replacing boilers? Let’s...
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How Do Low-Temperature Air-Cooled Chillers Achieve Effective Heat Recovery
2026-01-14
In modern industrial and building applications, the energy consumption of low-temperature air-cooled chillers is a growing concern. Recovering waste heat from these systems can significantly improve overall energy efficiency while reducing operational costs and environmental impact. So, how exactly does heat recovery work in these systems? 1. Using High-Efficiency Heat Exchangers A key method for ...
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Why Are Air Source Heat Pumps the Best Heating Solution for Modern Livestock Farming
2026-01-07
Maintaining an optimal indoor temperature is essential for healthy animal growth and improving production efficiency in large-scale livestock farming. However, traditional heating methods—such as coal-fired boilers and electric heaters—often suffer from high energy consumption, heavy pollution, and unstable temperature output. These limitations make them unsuitable for the increasingly precise req...
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