When properly installed and tested in accordance with ASHRAE standard 193, the sturdy, fully insulated galvanized steel cabinet offers less than 2% air leakage.
With data centers on par with the aviation industry for their contribution to the world’s CO2 emissions, alternative refrigerants in data center cooling systems have the potential to reduce emissions equivalent to 43.5–50.5 gigatons of carbon dioxide from 2020 to 2050.
Demonstrating sustainability and performance of hydrogen-fueled combined heat and power system
May 31, 2022
Supported and partially funded by the U.S. Department of Energy’s (DOE’s) Office of Energy Efficiency and Renewable Energy (EERE), the project will be led by Caterpillar in collaboration with District Energy St. Paul and the National Renewable Energy Laboratory (NREL).
Regarding mission critical applications specifically, rubber expansion joints are used in mechanical rooms mated to pumps and tanks, and stainless steel expansion joints are used in long runs of pipe to assist with thermal and seismic movement.
With the continued increase in data creation, and the need to process and store that data safely and securely, comes the need to keep critical IT equipment cool to ensure efficient and always-on services.
Including the whole-life carbon approach to the design process can identify which design selections achieve the lowest carbon emissions over the entire life cycle of the data center, where focusing solely on operational emissions may fall short.
Bohlmann's journey toward a data center career began after several roles in which he helped customers solve complex challenges within the chemical processing, air and gas systems, and HVAC industries.
This intelligent motor features a unique pancake design that is lightweight and ideal for use in equipment with limited space and/or high-torque requirements, such as axial fans in data centers.
The Baldor-Reliance Critical Cooling motors are able to operate at the high temperatures, partial speeds, and demanding loads required in critical cooling applications.
The Model 400 is designed to work as a standalone HVAC control system or work in conjunction with the TELSEC ESB2 Environmental Controller to provide a comprehensive monitoring and control system for telecom/broadband facilities.