What’s Happening
SparkCharge, a pioneer in grid-free and mobile electric vehicle (EV) charging systems, is participating in a pilot program at Dallas Fort Worth International Airport (DFW) from May 8 to May 12. The program aims to demonstrate the latest EV charging technology and solutions, offering passengers the opportunity to evaluate various EV charging systems.
Why It Matters
As the world moves towards clean energy solutions, businesses and individuals are increasingly interested in transitioning to EVs. However, lack of infrastructure remains a significant barrier. DFW’s pilot program, featuring companies like SparkCharge, showcases the latest advancements in EV charging technology that can help overcome this challenge.
Key Points
The pilot program at DFW includes demonstrations of autonomous robotic wireless charging, on-demand charging, and apps that enable remote charging control. SparkCharge’s mobile Charging as a Service (CaaS) solution, SparkCharge Mobile™, is designed to make EV ownership more accessible and provide fast charging solutions for fleets, retailers, and businesses. The mobile CaaS solution is available for both fleets and consumers, allowing easy access to charging with just one click.
Josh Aviv, founder and CEO of SparkCharge, emphasizes the importance of offering future-forward solutions to businesses, employees, travelers, and the general public. He asserts that SparkCharge is dedicated to aiding companies and cities in transitioning to a greener future by providing convenient access to charging and turnkey solutions.
Bottom Line
SparkCharge’s participation in the DFW pilot program demonstrates the company’s commitment to making EV charging more accessible and user-friendly. The mobile CaaS for fleets is currently available in multiple cities across the US, including Los Angeles, San Francisco, Oakland, San Jose, Dallas, Austin, and Boston. SparkCharge can launch its services in any US city within as little as two weeks, further promoting the adoption of EVs and the shift towards a more sustainable future.
