State-Of-The-Art Safety Circuits Likely to Fail During a Fire

Safety equipment and safety circuits in commercial buildings are likely to stop functioning in the event of a fire, even if they are designed and installed according to state-of-the-art methods and regulations applicable today. This is the result of the increased resistance at the temperature at which these circuits are required to function, concludes a case study of an existing modern shopping mall in Tarnovia, Poland. The study was conducted by WTW Power Solutions.

High ROI for Industries from Investments in PQ

Industrial end-customers in India use nearly 44% of the electricity produced in the country (accordi..

Power Quality Aspect of Smart Grid

The prime objective of the electric power industry in this era is to meet growing demand cleanly, re..

Webinar on Transforming the Transformers - 12th May, 2020

FICCI and International Copper Association India invites you to join for a Webinar on improving oppo..

Workshop on Cost Savings and Safety Performance Improvement through Power Quality Improvement - May 3, 2019

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Managing problems in earthing affecting critical equipment - By addressing UPS Installation / Floating neutral

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Mitigation of Power Quality Issues (Transients & Neutral to Ground Voltage) Using Ultra Isolation Transformer

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16th Webinar - Power requirement for EV charging stations and impact on grid for high scale adoption

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9th Webinar Uncovering Investment Analysis for Power Quality Solutions

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