The EV World Congress USA is the definitive event for fleet owners, businesses, and municipalities looking for solutions to install charging infrastructure for residents, customers, or employees. With EV charging placing higher loads on the grid, we also connect the energy and transport sectors to find new solutions to mitigate those energy demands.
UL Solutions is a proud sponsor of this event and we will have a booth exhibit where you can meet our team and learn more about modeling EV charging with HOMER Software. Register to join us and learn more about this key event here.
On November 1st, 2023 at 11:30 AM PDT, the HOMER Software Product Manager, Parangat Bhaskar, will be taking part in the panel session: Preparing for the EV Surge: Can the distribution system handle 65 million EVs in the USA?
With an estimated 50% of vehicles sold predicted to be electric by 2030, this session explores smart charging systems, microgrids, and case studies to determine solutions, preparedness, and necessary actions for a successful transition.
- Assessing the capability of the distribution system to accommodate the projected influx of EVs and identifying potential challenges and limitations.
- Exploring smart charging systems, microgrids, and other innovative approaches to optimize and strengthen the distribution infrastructure.
- Showcasing case studies that highlight successful strategies and best practices in preparing the distribution system for the widespread adoption of EVs.
HOMER software delivers industry-leading system simulations, optimization, sensitivity analysis and best-in-class storage models across three categories of hybrid systems: islanded microgrids, grid-connected distributed generation, and front-of-the-meter utility-scale storage and hybrid systems.
Learn More
Visit UL Solutions HOMER® software to learn more about HOMER Pro, HOMER Grid and HOMER Front modeling and optimization software, download complimentary trials, sign up for training and explore our extensive knowledge base and other support documents.