Orion to Install 105 DC Fast Chargers for Boston Public Schools in $4M Project

Boston Public Schools EV Chargers advance DC fast chargers, fleet electrification, school buses, and charging infrastructure at a major depot project, supporting operational readiness and scaling needs for public fleet charging in Boston.

Orion Energy Systems said its Voltrek division will install 105 DC fast chargers and related infrastructure for Boston Public Schools at the Freeport Bus Yard under a $4 million contract. The deployment is intended to concentrate high-availability charging at the districts primary bus facility while aligning with Bostons transition to electric pupil transportation. For related system-level considerations, see ev impact for additional context on grid and operations effects.

According to the company, the chargers will employ an above-ground mounting approach using Jersey barriers, a method the team has implemented previously across district sites. The new work extends a multi-year relationship in which the company identifies Boston as one of its largest customers. The school systems plan aims to electrify 100 percent of its 750-bus fleet, described by the company as the Northeastern United States largest school-bus electrification program.

Orion and Voltrek report active roles across fleet-electrification initiatives in the Northeast. The portfolio includes multiple-location deployments in municipalities and school systems, such as the installation of 13 charging stations for the Lower Pioneer Valley School Educational Cooperative serving the Greater Springfield, Massachusetts area. That body of work underpins a turnkey, design-through-installation model that the company markets for enterprise-scale customers and public-sector owners.

Company leadership emphasized reliability, quality, and scalability in charging equipment and services, noting long-term infrastructure and maintenance support for the district. Policy and tariff design remain material to public-charging economics; for a comparative perspective on rate design, see oeb 2026 public ev charging rate for implications that often shape planning and procurement decisions.

The company also cited research anticipating roughly 8 percent growth in the U.S. EV charging market this year. As networks scale, siting and build-out choices documented in other jurisdictions can offer reference points, including projects highlighted in ontario ev stations, which provide additional context on deployment pacing and delivery approaches.

Local case studies likewise illuminate implementation details and construction staging that can inform depot projects. Examples in nelson charging show how communities are aligning charging with available sites and schedules, lessons that often parallel large bus-yard build-outs.

For fleet depots, managing demand peaks and charger utilization during morning and afternoon dispatch windows is central to life-cycle performance. Readers can explore strategies discussed in peak ev chargers for additional considerations around power availability, staging, and operational readiness.

With the Freeport Bus Yard installation, the company positions itself as a long-term provider of charging infrastructure and maintenance support to Boston Public Schools, aligning project execution with the districts broader electrification objectives for student transportation.

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