Data Center

Why centralized cooling plants are making a comeback in hyperscale Data Centers

The centralized cooling plant regains prominence as hyperscale data centers strive to find solutions for a number of challenges ahead. From higher cooling demands and power densities to the need for scaling, redundancy and growing energy consumption limitations, these challenges are causing more and[..]
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District Heating, Thermal Energy Storage

Power grid load management through industrial heat pumps

As renewable energy integration and electrification accelerate, power grid load management is facing a pressing need to evolve. Because a different energy landscape calls for different strategies. In this context, the incorporation of flexible resources capable of being allies for grid stability tak[..]
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District Cooling, Data Center

Data center cooling: how it works and why it is the future

As servers and data centers grow in importance, data center cooling has become a key issue for companies to address.
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District Cooling

Industrial Cooling Towers: Types and Work Process

Industrial processes and machines generate such large amounts of heat that continuous dissipation is necessary for efficient operation. The heat must be to the environment, usually through a heat exchange process. That is the basis of the industrial cooling tower technology. It is interesting that d[..]
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Data Center

What are mission-critical data centers?: powering digital transformation

Mission-critical data centers are emerging as a key ally for the digital economy, guaranteeing uninterrupted operations in an “always-on” world.
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Turbine Inlet Air Cooling, Data Center

AI Data Center Power demand is surging: How turbine cooling can help utilities respond faster

The surge inAI data center power demand tied up with gas turbine shortages is creating a perfect storm. Because, at a time when data centers are looking to expand their power generation capacities to meet growing AI workloads energy consumption, multi-year delivery delays are expected for the equipm[..]
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Turbine Inlet Air Cooling

Heat Rate of Power Plant

The global coal-fired power capacity has grown significantly since 2000 to about 2,045 Gigawatts (GW) currently. Despite this progress, the last couple of years has seen several plants retire in the US and Europe. One fact remains though: coal fired power plant technology is not going anywhere.
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District Heating

Green heating and heat pumps: a deep dive into eco-friendly heating

Green heating stands at the center of global efforts to cut down emissions and curb climate change. In this major transition, societies around the world are exploring alternatives to find the best option among green heating solutions: one that effectively mitigates CO2 emissions while also remaining[..]
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Data Center

Data center efficiency: New performance parameters

The rise of new data center efficiencymetrics points towards a shift in how the industry thinks about energy performance. As grid capacity and sustainability become key questions to solve for data centers, both operators and regulatory bodies are discovering that conventional metrics like PUE are on[..]
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Turbine Inlet Air Cooling

Combined Cycle Gas Turbine (CCGT) Power Plants: How They Work

Combined Cycle Gas Turbine (CCGT) power plants are widely used for electricity generation because they combine high efficiency with operational flexibility. Unlike an Open Cycle Gas Turbine (OCGT), a CCGT power plant generates electricity through two interconnected thermodynamic cycles. First, a gas[..]
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Refrigeration

Ammonia chiller: How It works, benefits and industrial applications

An ammonia chiller is one of the most efficient and environmentally friendly refrigeration technologies used in industrial cooling today. By using ammonia (R717) as a refrigerant, these systems provide high-performance cooling while minimizing environmental impact and operating costs. As industries [..]
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District Heating

District heating in Poland: How does the system work and why is it changing?

District heating in Poland is undergoing a major transformation driven by new energy transition policies, a need for improved efficiency and EU regulations.
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