IEEE HOU Sec. CED Seminar: Industrial Battery Technologies
This is a two day evening event, Day 1 and Day 2 from 5pm - 8:30pm.
This is a secure facility and attendees are encourage to pre-register for all events so that your name will be on the registration list.
Critical power applications require equipment designed to meet the most challenging delivery requirements from transmission through distribution and control. New technologies, products and application techniques are now available that greatly enhance the safety of substation equipment. Come learn about these Industrial standby battery technologies as we compare Lead-Acid vs. Ni-Cad vs. Li-ion, with design considerations, sizing, maintenance, and safety. Advances in Li-ion technology for UPS and other industrial applications.
Night 1, Hour 1 – Battery Technology Comparison
- Safety topic
- Introduction
- Industrial Battery Basics
- Industrial Battery History
- Lead Acid Batteries
- Nickel Cadmium Batteries
- Sizing Example Comparison
- Choosing the Right Technology for the Application
Night 1, Hour 2 – Battery Sizing
- Application Outline
- How to build a Load Profile
- Battery Sizing Example
- Sizing with Software
- Battery Charger Sizing
Night 2, Hour 1&2
- Safety topic
- Who is Saft?
- Lithium Ion Battery History
- Lithium Battery Basics
- Example Lithium Solution – Flexion Batteries
- Sizing Example Comparison
- Example Industrial Applications of Lithium Batteries
Date and Time
Location
Hosts
Registration
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- 5985 Rogerdale Road
- Houston, Texas
- United States 77072
- Building: Jacobs Engineering, Tower Two
- Contact Event Host
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Program Coordinator
Phone: (281) 435-4968
- Co-sponsored by Nick Nichols
- Starts 09 February 2020 06:00 AM UTC
- Ends 09 March 2020 05:00 PM UTC
- Admission fee ?
Speakers
Daniel Youngs of SAFT America
Biography:
Dan Youngs has spent over 25 years working in the Energy and Power Industry. Having experience in Utility Power Plants, Electric Vehicles and Energy Storage. Dan has worked on energy storage systems based on chemistries including Lead Acid, Li-LFP, Li-NMC, LTO, Nickel Metal Hydride, Nickel Sodium as well as Ultra-Capacitors. Dan is currently specializing in the application of advanced battery systems for Standby Applications. Dan holds a Bachelor’s degree in Electrical Engineering from the Watson School of Engineering at Binghamton University, New York State. He also been Chairman of the SAE Bus and Truck Battery Standards Committee. He is Listed as inventor on patent PCT/US2011063695, ESS for Hybrid Electric Vehicle, Specialties: Li-Ion Energy Storage Systems, Hybrid Vehicle, Power, Energy.
David Hood
Biography:
David began his electrical background in the U.S. Navy’s advanced electronics program. He has been in the standby battery and power industry since 1988 including 8 years’ experience with UPS and charger OEM’s in both technical, engineering, sales, and management capacities. He has worked as a battery sales rep for 18 years representing the Saft
battery line and has been a Saft America regional sales manager for a total of 4 years. David is a member of the IEEE Power & Energy society and is on the standards development working group for various battery and DC system related standards in the Energy Storage and Stationary Battery Committee. David has a BS in Computer Information Systems from University of Houston Clear Lake in Texas.
Agenda
5:00 PM - Complimentary dinner for all register attendees.
5:30 PM - Registration and Check-In
6:00 PM - Seminar
7:15 PM - Break
7:30 PM - Seminar
8:30 PM - Seminar Ends
The HOU Section Continuing Education on Demand (CED) has been sponsoring programs since 1995. Topics apply to electrical power systems in oil & gas, petro-chem, co-gen, and marine applications.