Adib Naslé
Chief Executive OfficerXendee
Adib is the inventor of real-time power analytics for mission critical electrical power distribution networks and holds over 26 US and International patents in the field. He has worked with renowned organizations in computer applications in power and energy, including the design, development and deployment of the predictive energy management system for the National Airspace System (NAS) critical infrastructure for the Federal Aviation Administration. He also supported the power engineering teams on the US Navy DDG-51 Arleigh Burke-class destroyer, DDX/DD21/Zumwalt-class destroyer, and the Ronald Reagan Aircraft Carrier.
Adib is a senior IEEE member, is a member of the Advisory Board at the Center for Energy Research at University of California San Diego Department of Mechanical & Aerospace Engineering, and is a member of the Advisory Board for the Power System Engineering Certificate program at UC San Diego Extensions. Adib received his BA from Michigan State University, studied finance and accounting at Stanford University GSB, and an MBA from Pepperdine University GSBM.
Adib Naslé’s Session(s):
1:15 pm–1:45 pm | All sessions are listed in Pacific Time
Choose Your Level: The Battle of DC Fast and Level One
Choosing the right level of charging for your EV charging stations can impact the efficiency and effectiveness of your charging infrastructure. In this session, we'll explore the different charging levels available and how to determine which level is right for your specific needs. We'll also discuss factors to consider, such as charging speed and station usage patterns. Join us to gain insights and strategies for choosing the optimal level of charging for your EV charging stations.
Key takeaways from this session will include:
- Understanding the differences between Level 1, Level 2, and DC fast charging and how to determine which level is best suited for your EV charging infrastructure.
- Knowing the factors to consider when choosing the optimal level of charging, including charging speed, station usage patterns, and available electrical capacity.
- Learning best practices for deploying and managing charging infrastructure to ensure that it meets the needs of your EV users while optimizing operational costs.