Moving towards a more electric, more digital, more decentralised, and more decarbonised world!
Electrical distribution network installations have been rapidly increasing in demand, for this, it is important to ensure that our Buildings, Datacentres, Industry and Infrastructure projects are reliable, available and safe with the help of low voltage circuit protection.
Tune into this educational webinar to learn:
• Electrical Standards & Market requirements
• Discrimination & Cascading definitions
• Application example & design approach
• LV Breaker technology and its value-added contribution to circuit protection
Date: Thursday, July 26, 2018
Time: 1:00 PM (NZT)
Duration: 1 hour
Register Now!
Join us for the topic that plays a key part in ensuring we have reliable, available and safe power to our Buildings, Datacenters, Industry and Infrastructure type projects. With the increase demand that we now have on the Electrical distribution network installations, it’s more important than ever, to ensure the low voltage circuit protection meets those needs.
Our group of presenters brings together experience and technical knowledge from the low voltage industry, providing a balanced perspective across the different aspects of circuit protection – from design to technology. The webinar offers an opportunity to learn from our subject matter expert’s and market leaders, on such a topic.
To help you better understand this technical subject, we will cover the following main topics:
- Electrical Standards & Market requirements
- Discrimination & Cascading definitions
- Application example & design approach
- LV Breaker technology and its value-added contribution to circuit protection
You will gain valuable insights and walk away with a better understanding of LV circuit protection design considerations, that is matched to the demand of the application, as the world becomes more electric, more digital, more decentralised, and more decarbonised.
Schneider Electric, System & Architecture Engineer
Boris joined Schneider Electric in 1994, after graduating from a French Engineering School. He has over 20 years of experience in Low Voltage switchgear, across different markets in Australia, South Africa and France. He spent a lot of time working on LV installation standards and network calculation tools over those years. He left the organisation for 2 years, during which he worked in a building services consultancy, as a design engineer, before re-joining Schneider Electric in 2009. In 2011, he joined EL6-8, the LV Switchboards Standards Committee, and has been involved with them since, working on the AS\NZS 61439 standard which was released in May 2016. He currently has a very strong involvement in providing discrimination studies for Schneider Electric partners.
Schneider Electric, Offer Manager LV Breakers / Smart Panels
Quentin holds a Master of Engineering Studies in Telecommunication (University of Wollongong and Supelec, France). He has been working for 13 years in Schneider Electric across different business units (Industrial and Building automation, MV and LV electrical distribution), and in different geographies (Eastern Europe, Pacific, France).
He has specialised in developing business opportunities for innovative and more connected energy management solutions. Now in Australia, Quentin is the Operational Offer Manager for LV power breakers and will lead the launch of the future ready Masterpact MTZ air circuit-breaker in 2018.
Channel Marketing Manager
Ras has a Bachelor of Electronics & Engineering Degree, with a Post Graduate diploma in General Business. He has over 10 years of experience in the Electrical & Building Services industry, working with different types of channels, including End Users, Consultants, Electrical Contractors and Switchboard Builders. One of Ras’s key focus is supporting the Consultant channel through the digital transformation with power distribution, with Education and Innovation, leveraging the variety of IIOT capabilities across the business. He has a strong passion in the integration of connected devices, and would like to work with his engineering peers, to help drive the evolution of building management & control.
