High harmonics levels in a non- linear loads environment in a metal manufacturing industry

ABSTRACT

Apart from the high level of harmonic presence in the industry due to non?linear loads, many units face inherent issues of supply quality which may be beyond their control. The study is one such instance of a metal industry located in polluted utility supply environment.

DOWNLOAD RESOURCES

CS19-ENGG-2009-High-harmonics-levels-in-A-non‐linear-loads.pdf

Related POST

What's your PQ Mindset?

Mindset is like a mirror. A lot many things depend on the mindset. Shift the mirror a bit and you wi..

Read more

Innovations in PQ Interventions

Power Quality is one of the major issues in electricity distribution segment today. It is an issue, ..

Read more

Seminar on Electrical Utility Management

Issues like Electrical Safety , Power Quality, and Reliability are becoming a priority among Electri..

Read more

Interactive Workshop on Power Quality and Harmonics

The objective of the workshop was to demystify issues surrounding measurement and verification of ha..

Read more

Design for Electrical Safety Ver2.0

Unleashing the limitless possibilities of electricity in technological applications requires proper ..

Read more

Survey Of Power Quality Standards And Regulations In India And Abroad

Power quality is gaining importance due to increased usage of power electronic technology.Many power..

Read more

10th Webinar Assessing Transformer Loss in Harmonics High Environment

17th November, 2016 (Thursday) - Transformers are one of the most important and high CAPEX assets..

Read more

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..

Read more
Drop us a message

You're in the right place! Just drop us a message. How can we help?

Or see contact page
There seems to be some problem with validating your request. Please try again.
Thank You! Your message has been delivered.