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Phoenix Motor and InductEV Launch the World's First Commercially Available, Wirelessly Charged Medium-Duty Electric Shuttle Bus
ACCESS Newswire · Phoenix Motor Inc.

In This Article:

Plan for a Range of Vehicles Using Wireless Charging to Improve Range and ROI

ANAHEIM, CA / ACCESS Newswire / April 2, 2025 / Phoenix Motor Inc., and InductEV Inc. today announced the successful integration of wireless inductive charging capabilities into its medium-duty electric shuttle bus, a world-first for a commercially available vehicle of this type. The integration of InductEV wireless charging enhances the versatility and operational efficiency of electric shuttle buses, setting a new standard for sustainable, high-performance fleet operations, with wireless charging now available as an option when purchasing vehicles from Phoenix. The solution can also be applied to other vehicles in PhoenixEV's catalog, including electric trucks and Type A school buses.

Phoenix Motor Inc., dba PhoenixEV (Nasdaq: PEV), is a leading manufacturer of heavy-duty transit buses and electrification solutions provider for medium-duty vehicles, while InductEV is the industry pioneer in wireless charging technology for commercial electric fleets.

The integration of InductEV's high-power wireless charging technology eliminates the need for cumbersome charging cables and plug-in systems, allowing for seamless, hands-free charging at designated locations. This advancement is particularly beneficial for electric shuttle buses and trucks operating in environments where high uptime and operational flexibility are paramount.

Enhancing Versatility for Electric Shuttle Fleets

By enabling opportunity charging-where vehicles can be recharged during short stops at passenger loading zones, bus stops, or depots-wireless charging extends the range and operational hours of electric shuttle buses. This means fleets can maintain continuous service with minimal downtime, making electric shuttles more viable for demanding, high-frequency routes.

Key Benefits of Wireless Charging for Commercial Vehicles:

  • Maximized Uptime: Frequent, automated charging keeps vehicles operational longer without the need for manual intervention.

  • Reduced Infrastructure Footprint: Eliminates the need for extensive charging stations with multiple plug-in chargers, streamlining depot layouts and reducing peak electricity demand.

  • Lower Maintenance Costs: Wireless systems eliminate wear and tear on connectors and reduce exposure to environmental elements, decreasing maintenance needs.

  • Enhanced Safety: Removes the risks associated with high-voltage cable handling and eliminates tripping hazards in high-traffic areas.

  • Scalability for Future Growth: With seamless and intelligent energy transfer, fleets can scale operations efficiently without major infrastructure modifications.