Balancing today’s lengthy lead times/supply chain issues with the need to keep critical operations running smoothly, petrochemical and refining plants are hedging their bets by proactively ordering new or replacement equipment (e.g., pumps and motors) a year or more in advance of the anticipated install date.
One thing that is typically overlooked is how spare motors are stored. Over time, moisture, dirt, dust, and even general vibration from other sources can have a negative impact on the electrical and mechanical condition on the stored motors.
Businesses are constantly reminded about the need to transform digitally, and are presented with opportunities to embed technology across almost every aspect of their operations.
In the Federal government and commercial designs, there are a variety of designs including cylinders and solid mass systems. The mechanical components have lower failure rates with the effectiveness and reliability of magnetic and related guide bearings. The upper speed limit and resulting Watt-hour capability is based on the mechanical limits of the flywheel and shaft.
In this article we will discuss the existing energy storage systems and then their reliability and pros and cons in the following part of this series before we return to major generation.
Unplugging your computer without going through the proper shutdown steps can be a recipe for disaster. In the same way you need to ensure your lubricated equipment is idled and stored properly, allowing it to be protected against corrosion and oxidation..
This case study investigates Duke Energy’s quest to replace its monthly, manual data collection practices with daily, remote data collection and monitoring.
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