Beam Global Announces Record Residential Sale of EV ARC™ Systems
1. A Milestone Achievement
On January 21, 2026, Beam Global (Nasdaq: BEEM) made headlines with the announcement of its largest sale of EV ARC™ off-grid electric vehicle (EV) charging systems to date. The deal involves the deployment of ten EV ARC™ systems at a new residential development in New York, marking a significant milestone for the company as it expands its customer base beyond traditional federal and state agencies.
2. Strong Customer Diversification
The press release highlighted Beam Global's success in diversifying its customer portfolio throughout 2025. The strong demand for EV ARC™ systems from commercial and residential property owners signifies an increasing shift towards renewable energy solutions. This transition is particularly notable in urban settings, where conventional EV charging infrastructure often encounters obstacles such as complex permitting processes, limited utility circuit capacity, and high construction costs.
Overcoming Urban Barriers
Beam Global's EV ARC™ systems are designed to generate and store renewable electricity on-site, eliminating the need for construction, trenching, electrical upgrades, or coordination with utility companies. This feature allows for rapid deployment and minimal disruption to existing site designs, making it an attractive option for property developers in dense urban environments like New York City.
In addition to avoiding the pitfalls of traditional charging infrastructure, the EV ARC™ systems provide flexibility for property owners. As parking layouts and tenant needs evolve, the systems can be relocated easily, adapting to the changing demands of urban living.
3. CEO Insights
Desmond Wheatley, CEO of Beam Global, emphasized the significance of this sale, stating, "Historically, Beam Global’s customer base has been led by federal, state, and municipal agencies, but we are now seeing increasing interest from residential and commercial developers." Wheatley believes that the vast number of apartments and condominiums across the U.S. represents a substantial growth opportunity for Beam Global, which the company plans to pursue more aggressively.
"This deployment in New York demonstrates that EV ARC™ is well suited to dense urban residential environments where traditional charging infrastructure is often impractical," he added, underscoring the company's strategy to diversify both its customer base and product offerings while aiming to increase unit volume across the U.S. market.
4. The Economic Impact of EV Adoption
Recent research cited by The Wall Street Journal indicates a significant economic value associated with the adoption of electric vehicles in residential settings. The study suggests that if all vehicles in the U.S. were electric, national property values could increase by approximately $77.3 billion. In Santa Clara County, California, which leads the nation in EV adoption, the rise in EV usage has reportedly contributed to a $264 million increase in property values in 2023 alone.
These findings highlight the potential benefits for residential communities that invest in EV infrastructure, further supporting the demand for Beam Global's innovative solutions.
5. About Beam Global
Beam Global is at the forefront of clean technology innovation, focusing on sustainable energy infrastructure, rapidly deployed EV charging solutions, safe energy storage, and smart city infrastructure. Headquartered in San Diego, California, the company has operations across the U.S., Europe, and the Middle East, with a strong commitment to advancing clean technology solutions that enhance transportation, energy security, and environmental protection.
With operations geared towards addressing the growing demands of modern urban infrastructure, Beam Global is well-positioned to capitalize on the increasing acceptance of electric vehicles and the need for sustainable charging solutions.
For more details about Beam Global’s sustainable EV charging solutions, interested parties are encouraged to explore their website.