Power Systems Seminar
- Cost Savings with Substation Automation Platform vs. Traditional RTUs ( Mr. Berno Matthaeus, NovaTech International)
- Review of existing traditional RTU platform and other component in substation
- Analysis of new requirements
- Design and components of integrated substation automation platform
- Cost comparison capex, opex
- Remote MicroGrid Control Center Case Study: Large-Scale Integration Challenges (Mr. Mohamed Al-Emam, AlMashariq)
- Brief case study scope
- 24/7 Operation Optimization challenges
- Ergonomics challenges
- Cyber Security challenges
- Systems Integration challenges
Date and Time
Location
Hosts
Registration
- Date: 05 Dec 2018
- Time: 06:00 PM to 08:00 PM
- All times are (UTC+03:00) Riyadh
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- Aloft Dhahran Hotel
- Level 1
- Dhahran, Al Mintaqah ash Sharqiyah
- Saudi Arabia 31261
- Room Number: Tactic 3
- Contact Event Host
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Dr. Mohammad AlMuhaini
muhaini@ieee.org
- Starts 18 November 2018 09:43 PM
- Ends 05 December 2018 06:00 PM
- All times are (UTC+03:00) Riyadh
- No Admission Charge
Speakers
Mr. Berno Matthaeus of NovaTech International, LLC
Cost Savings with Substation Automation Platform vs. Traditional RTUs
Biography:
Mr. Matthaeus earned a bachelor in computer science from University for Applied Sciences in Augsburg, Germany, and a MSc in computer science from University of Missouri at Kansas City. He held a variety of positions in programming, support, project management, IT management, documentation, and sales at NovaTech, KCBT, and PSI AG. Currently he is the NovaTech International Sales Manager.
Email:
Mr. Mohamed Al-Emam of AlMashariq Co.
Remote MicroGrid Control Center Case Study: Large-Scale Integration Challenges
Biography:
Mohamed A. AlEmam received the B.Sc. degree in
Computers and systems engineering from Mansoura University, Mansoura, Egypt, in 2010. Since 2013 he Joined AlMashariq as an Application Engineer, then leads many projects; and later was managing business development unit. Strives to contribute with better understanding of the nonlinear, complex, and chaotic systems. His areas of competence include systems optimization, computability, complexity, self-organization, and irreducible dynamical systems. His wider interests are control engineering, computer engineering, artificial inelegance, and embedded systems. Strongly believes that the whole world sort of equations!
Email: