The Data Center Cooling Challenge: Why Heat Rejection Has Become Critical Infrastructure
Servers, GPUs, networking equipment, power distribution systems and even the cooling infrastructure itself convert electrical energy into thermal energy. This means that a 100 MW data center must ultimately reject approximately 100 MW of heat to the atmosphere, with additional capacity required to account for electrical and cooling system losses.
Cooling is therefore no longer just a supporting utility. It has become one of the defining factors in the performance, efficiency and sustainability of modern digital infrastructure.
SPG Dry Cooling is recognized by Changemakers 30 for 30 for advancing water-free cooling in power, data centers and industry
SPG Dry Cooling has been nominated for the Changemakers sustainability award, an initiative by De Tijd, L’Echo, and BNP Paribas, recognizing its contribution to reducing water consumption in critical infrastructure through advanced dry cooling technologies.
Overcoming water utilization challenges
With continued public pressure and environmental laws to reduce water usage, power generating facilities are increasingly adopting dry cooling condenser solutions over once-through river or ocean wet cooling water systems. This has resulted in great interest in cooling system retrofits and additions for existing & new plants.
9 Dry Cooling Terms Nobody Really Understands
Dry cooling is an interesting, yet complex process. Although it has been around for a long time, many of the terms that describe it are unfamiliar to most.
How Does an Air Cooled Condenser Work?
An air cooled condenser (ACC) is a direct dry cooling system where steam is condensed inside air-cooled finned tubes. The cool ambient air flow outside the finned tubes is what removes heat and defines the functionality of an ACC. I
What Are Finned Tubes Used For?
Air cooled heat exchangers (ACHE) -part of the broader heat exchanger family – are made of finned tubes. Within these tubes, various types of fluids are cooled or condensed. Outside of the tubes, air flows around the fins to remove heat.
Aftermarket Learning Series with Magnus Fürst – Most common ACC problems
Follow our online TechTalks series on this page and discover about possible problems you can face with your ACC. Due to different circumstances, it may be possible that you have problems with your ACC. To avoid problems you need regular maintenance, but how regularly?
How Do Air Cooled Heat Exchangers Work?
Air cooled heat exchangers (ACHE) -part of the broader heat exchanger family – are made of finned tubes. Within these tubes, various types of fluids are cooled or condensed. Outside of the tubes, air flows around the fins to remove heat.
Saving water against scarcity with dry cooling technology
Water stress has become a worldwide problem, which means that it’s now that we need to start saving water. One mitigating solution in the power Industry Is a Wet To Dry conversion of turbine condenser cooling systems, assuring reduced water use and extended availability of power plants for peak power generation.
Engineered Optimization Solutions for your Cooling Assets
You can now access the ACC360 webinar on demand!
This webinar was presented by Frederic Anthone, and Christophe Deleplanque on the 27th of March 2018.