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.

Role of Smart Meters to monitor and improve Power Quality - an Expert's View

The power distribution networks is set to undergo dramatic changes with smart grids, renewable energ..

Power Quality Data Interchange Format (PQDIF)- An Idea Whose Time Has Come!

The essence of life is in the connected world and collaborations. The exchange of information and a ..

Interactive Workshop on Power Quality and Harmonics at Mumbai

APQI and MSEDCL jointly hosted a full day interactive workshop on Harmonics and Power Quality at Mum..

Seminar on Harmonic Mitigation and Discussion of Case Study at Coimbatore

A seminar with Tamil Nadu Electricity Consumers Association on Harmonic Mitigation and Discussion of..

Fire Cable Sizing

Cables that are exposed to fire while being expected to retain their functionality and provide power..

Power Quality and Generator Sets

Standby Diesel Generating Sets are commonly employed by the industry to provide reliable power to ..

7th Webinar How to calculate Electric Losses due to poor PQ?

27th November, 2015 (Thursday) - In our increasingly digital economy, maintaining power quality i..

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

10th May, 2018 (Thursday) - Over the past few years, Electric vehicles have become a very important..