Accurate instrumentation for data center temperature and humidity control
Data centers are the brains of practically every company whose success depends on efficient and reliable software operations. With lots of powerful hardware concentrated in one place, data centers must be kept cool and safeguarded against both external and internal environmental influences. As a result, data centers consume significant amounts of energy. How can we improve their energy efficiency and PUE (power usage effectiveness)?
Measure it properly. One of the most important requirements to reduce your cooling costs is to measure the conditions properly in the first place. Your data center temperature control strategy is only as good as your measurement equipment, and even small measurement errors can increase your energy bill significantly.
Design it wisely. Can you benefit from air-side economizers or evaporative coolers, for example? Choose the right humidity parameter for the instrument, and choose an instrument designed for the measurement location in question.
Keep your instruments in good shape. All instruments need periodic checking. Choose instruments that have minimal long-term drifting and are easy to maintain, and develop a robust service and calibration plan for your data center.
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Growing demand for capacity and speed is driving the data center industry to expand and optimize, employing equipment that requires specific environmental conditions to operate reliably. This escalating demand is combined with the need for continuous and uninterrupted operation. Enabled by a network of sensors, operators consistently monitor conditions to provide assurances to their customers.
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As the demand for data rises, so does the expectation level for data center uptimes. Keeping your data center cool is crucial to maintain uptime at a high level, and accurate HVAC measurements can help you do this.
Data center cooling can be achieved in a variety of ways, depending on the location and the local climate. Refrigerant cooling consumes a lot of energy, but consumption can be optimized by taking local climatic changes into account. WXT530 series weather transmitters can help to optimize conditions indoors. they are easy to integrate with your data center's control system.
Discover how to improve the cooling process in data centers, and how to increase server room revenues and efficiency while minimizing downtime and repairs in our free on-demand webinar.
Critical environments require high-performance environmental monitoring and measurements to operate consistently and within specifications. As data centers are expected to run 24/7 all year round, failures are not an option. Even small measurement errors can increase the energy bill significantly. Reliable sensors do make a difference.
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