![]() ![]() As with the previous editions, we had engineering professionals-many of them responsible for developing the products for which these power trends in this edition are created-update this datacom book. The third edition of the ASHRAE IT Equipment Power Trends book is meant to update the industry on what to expect in the coming years in terms of electrical power and cooling capacity required for future IT solutions. How these innovations translate within the server and storage power trends is extremely important to the end user. This is an industry that continues to focus on innovation in this space. So, how does this bode for the future?Įnergy efficiency and the power required by the IT equipment continue to be a concern for all organizations that use this equipment. Computers have become a powerful extension of human beings, designed to augment intelligence, learn, and communicate more effectively. More than ever before, companies are relying on their data communication (datacom) infrastructure to advance their business models and solutions. Not only do the current trends show this, but so does the rate and pace for which advanced research and development is being applied to deal with these trends. The future of information technology (IT) equipment is very bright. ![]() Included in this list of equipment is switchgear, uninterruptible power supplies (UPS), static transfer switches, switchboards, transformers, power distribution units (PDU), remote power panels (RPP), panelboards, rack PDU, line cords, facility receptacles and IT cable trays.Ģ. This paper also provides an overview of data center power distribution and describes the typical power equipment used for both IT loads and non-IT loads (i.e. Exposure to warmer temperatures, coupled with the fact that usable life cycle of power equipment is typically longer than IT equipment, increases the importance of this topic. Higher temperatures can impact equipment reliability. In some cases, power equipment can be subjected to higher temperatures than the IT equipment. This white paper discusses how changes to the data center thermal environment may affect power distribution equipment. In addition to outlining cold weather shipping practices and packaging for various modes of transportation, this white paper covers acclimation time guidelines for both large equipment such as racks, cabinets, and frames and smaller field-replaceable components such as disk drives, PCIe cards, and memory modules.īonus – Free Supplemental Download: Data Center Power Equipment Thermal Guidelines and Best Practices This white paper addresses the prevention of damage to sensitive IT equipment caused by cold weather shipping conditions, providing additional guidance for shipping IT equipment that is not covered in the latest edition of Thermal Guidelines for Data Processing Environments. This guide provides equipment manufacturers and facility operations staff with a common set of guidelines for the design and construction of their respective equipment or facility, thereby aiding in maximizing the performance and health of the facility and its contents.īonus – Free Supplemental Download: Cold Weather Shipping Acclimation and Best Practices Thermal Guidelines for Data Processing Environments, Fifth Edition IT Equipment Design Evolution & Data Center Operation Optimizationġ. Standard 127-2012 - Method of Testing for Rating Computer and Data Processing Room Unitary Air Conditioners (ANSI Approved).Standard 90.4-2019 - Energy Standard for Data Centers (ANSI Approved).Advancing DCIM with IT Equipment Integration.IT Equipment Design Impact on Data Center Solutions.Server Efficiency - Metrics for Computer Servers and Storage.PUE™: A Comprehensive Examination of the Metric.Real-Time Energy Consumption Measurements in Data Centers. ![]()
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