Businesses Accelerate Electric Vehicle Charger Upgrades to Capture Growing Market

2026-10-16 economy

New York, Friday, 16 October 2026.
With only 1% of retail sites offering electric vehicle charging, commercial deployments are surging to capture a proven 5% revenue increase and support expanding electric fleets globally.

Market Penetration and Revenue Impact

As of October 2026, commercial deployments of electric vehicle charging infrastructure are surging to capture a proven 5% revenue increase and support expanding electric fleets globally [5]. Despite the potential to capture customers during charging dwell time, only 1% of retail locations currently offer EV charging [5]. EV drivers spend an average of $30 per session at nearby stores while waiting for their vehicles to charge, creating a significant opportunity for businesses to increase foot traffic and passive revenue generation [2]. This disparity between current adoption and potential return on investment is driving competitive innovation among infrastructure suppliers worldwide [5][2].

Projected Market Growth and ROI

The Electric Vehicle Supply Equipment (EVSE) market is projected to expand from $7 billion in 2024 to $100 billion by 2040, according to PwC data cited in industry guidance [2]. This represents a market growth calculation of 1328.571 percent over the 16-year period, signaling critical shifts for energy markets and corporate supply chain strategies [2]. Commercial EV charger ROI is improved by installing dual-port, networked hardware that allows multiple vehicles to charge simultaneously, maximizing uptime and utilization [2]. Revenue optimization strategies for businesses include bundling hardware with repair and protection plans to minimize unexpected costs [2].

Supply Chain Reliability and Hardware Capacity

On 2026-10-15, GEEFUTURE announced its strategic positioning as a reliable supplier for global electric vehicle infrastructure projects, emphasizing supply chain reliability and export support [1]. The company’s service model focuses on mitigating procurement risks for international buyers through fast sampling and flexible Minimum Order Quantity (MOQ) options [1]. Meanwhile, suppliers like City Electric Supply are supporting major commercial builds by supplying commercial DC fast chargers up to 240 kW [3]. Current market trends in the EV sector indicate that sourcing decisions are increasingly driven by quality, communication, and delivery reliability rather than price alone [1].

Installation Engineering and Grid Integration

On 2026-10-13, National Energy Installers (NEI) published guidance emphasizing that installations must be engineered rather than simply installed to manage demand charges and reduce fueling costs [4]. Commercial EV charging infrastructure strategy requires engineering to ensure future-ready capacity for planned additions and integration with solar and battery storage systems [4]. To support these deployments, utilities are offering significant incentives; for instance, businesses can get up to $50,000 for DC Fast Charging through PNM rebates [7]. Additionally, Duke Energy offers a one-time Commercial Charger Prep Credit to help business customers cover the cost of preparing their site for an electric vehicle charger [8].

Barriers to Adoption and Future Outlook

Despite the benefits, barriers remain for businesses adopting commercial EV charging, including considerations around cost and infrastructure complexity [6]. Industry discussions as recent as October 14, 2026, highlight the need for businesses to think critically about what is stopping adoption and how to overcome these hurdles [6]. To ensure accurate billing and compliance, commercial EV charging stations must hold CTEP and NTEP certifications [2]. As corporations transition toward sustainable logistics, demand for scalable charging technology and grid-integration solutions continues to drive the market forward [1][4].

Sources

EV Infrastructure Commercial Fleets