Beam Global deploys six more EV ARC systems for the City of Long Beach

Beam Global has expanded its presence in Long Beach, California, by deploying six additional EV ARC solar-powered electric vehicle charging systems. These off-grid units include four installations dedicated to supporting the city’s electric fleet operations and two positioned at Long Beach Airport for fleet vehicle charging. The EV ARC systems are designed to generate and store solar energy on-site, allowing for rapid deployment and easy relocation to meet shifting operational demands without the need for traditional electrical infrastructure. The deployment aligns with Long Beach’s broader efforts to transition its municipal fleet to electric vehicles while circumventing the high costs and logistical challenges associated with installing conventional charging stations. By utilising off-grid solar-powered chargers, the city can increase its EV charging capacity flexibly and sustainably, without placing additional strain on the existing electrical grid. This approach not only supports environmental goals but also offers practical benefits in terms of installation speed and operational efficiency. Desmond Wheatley, CEO of Beam Global, highlighted the financial and operational advantages of electrifying fleets, noting that it reduces costs, downtime, and maintenance while improving working conditions for employees. He emphasised that Beam Global’s EV ARC systems provide a scalable, low-cost charging solution that avoids the lengthy processes typical of traditional infrastructure projects. Wheatley pointed out that the zero electricity cost for powering vehicles through these solar units further enhances their appeal to fleet operators. Looking ahead, the continued deployment of EV ARC systems in Long Beach could serve as a model for other municipalities seeking to electrify their vehicle fleets without the complications of grid-dependent infrastructure. Beam Global’s technology offers a flexible and sustainable pathway to expand EV charging networks quickly, supporting the growing demand for electric mobility in public sector fleets. This development underscores the increasing role of innovative off-grid solutions in accelerating the transition to cleaner transportation.