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.

Impact of Poor PQ in Medical Facilities

This blog outlines the dominant problems that are faced by healthcare facilities including ancillary..

Key Barriers to Resolve and Scale-up PQ Awareness and Implementation

Proper electricity supply is a catalyst and vital input for the sustenance and inclusive growth of a..

One Day Workshop on Power Quality Note for HT Industries, 28th September 2019 at Madurai - Highlights

Using electrical energy optimally without impact on productivity is the essential need of all indust..

Conference on Reliable and Quality Power on 30-31 May, 2019 at CBIP, New Delhi Highlights

The Conference was organized by Central Board of Irrigation & Power (CBIP), CIGRE India jointly with..

Innovative Harmonic Filtering Solution – Sponge Iron Plant

The case study looks into the effect of poor power quality and harmonic distortion resulting in dist..

Regulation Of Voltage Quality

This paper provides an appraisal of what regulators need to consider in establishing an effective vo..

18th Webinar - kVAh Billing - the 4 things you must know to optimize energy bills

30th July, 2020(Thursday) - After implementation of the kVAh tariff structure by MSEDCL in April 202..

kVAh Billing - Understanding the Benefits

13th August, 2021 (Friday) - This webinar will throw light on the 4 key issues which could be drivin..