Design for Electrical Safety Ver2.0

Unleashing the limitless possibilities of electricity in technological applications requires proper caution and care. Handling vast amounts of energy—in any form— comes with significant hazards. When energy is released in an undesired way, the results can be devastating. One only needs to consider some manifestations of unwanted energy release in nature such as lightning strikes or earthquakes, to realize that handling energy requires due care.

Fortunately, the manifestation of energy in the form of electricity can be controlled — and thus can be made safe — relatively easily. Since its discovery, numerous methods and systems have been developed for harnessing electricity. This has enabled the benefits of electricity in everyday use and avoided its hazards.

This Application Note, part of the Good Practice Guide and first published in October 2016, has been updated now.

The first section presents the most important and common hazards associated with the use of electricity, along with some basic concepts on hazard, risk, and risk reduction.

The second section gives an overview of common and standard design solutions, with a focus on the safety aspects of the particular techniques cited.

The Highlights from this publication:

  • Handling vast amounts of energy—in any form—comes with significant hazards.
  • Fortunately, energy in the form of electricity can be controlled—and thus can be made safe—relatively easily.
  • Appropriate application of standards, legislation and good practices enables engineers to create safe electrical applications, without going through the hazards of trial and error.

DOWNLOAD RESOURCES

Design for Electrical Safety Ver 2.0 - Application Note

Related POST

Need of Power Quality Analysis through Advanced Metering Infrastructure (AMI)

The electric grid will soon emerge as the "grid of things" just like the internet is evolving as "in..

Read more

Impact of Seasonal Variations on Electrical Demand and Power Quality - A Challenge That Needs Attention

The power quality in low voltage grids is affected by several internal and external factors. While t..

Read more

IEEE PES and APQI Workshop on Power Quality at VIT, Vellore

Power supply reliability and quality is key to the digital transformation of any society in providin..

Read more

One Day Workshop on Industry 4.0: Turning Challenges into Competitive Advantage

APQI’s NSN Partner QLeap Academy, is working on a mission to take our industry towards Industry 4.0...

Read more

Mitigating Harmonics in MV (6.6kV) System of an Engg Fabrication Plant

This case study presents the study and solution of harmonic present in the 33KV heavy engineering in..

Read more

Power Quality Issues & Solutions at a Tyre Manufacturing Facility

A leading tyre manufacturing company in India was facing PQ problems due to lower factor of the syst..

Read more

11th Webinar PQ Audit The right choice to ensure power system performance

23rd February, 2017 ( Thursday) - Today's IoT driven and power electronics based economy relies ..

Read more

3rd Webinar Incorporating Power Quality (PQ) Performance Parameters In Distribution Regulation

10th December, 2014 (Wednesday) - With reforms and much needed infrastructure investments going i..

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.