Zero-emission mandates are moving faster than most transit agencies can build the infrastructure to support them. Boards are approving electric bus purchases while operations teams are still trying to figure out who keeps the chargers running two years from now.
That gap is where most electrification projects get into trouble. Agencies buy hardware, get it installed, and then find out the hard way that nobody is accountable when a charger goes down mid-route. The result is stranded buses, angry riders, and a maintenance team troubleshooting equipment nobody on staff was trained to fix. Multiply that across a depot of 20, 50, or 100 buses, and a single charger outage can ripple into missed pull-out times for an entire service block.
Riders don’t see the charger. They see a late bus, a canceled trip, or a route quietly reverting to diesel backup because the electric fleet couldn’t make its shift.
So what separates the agencies that get electrification right from the ones stuck firefighting? It usually comes down to who they chose as a partner, not just what hardware they bought. Here’s why agencies like PACE Suburban Bus, CapMetro, LA Metro, and Tahoe Transportation District have chosen Camber.
The State of Transit Fleet Electrification Today
State and federal zero-emission mandates have compressed timelines that used to stretch across a decade into a handful of budget cycles. Agencies are now expected to plan charging infrastructure, secure grant funding, and stand up depot power capacity often before the buses themselves arrive. Utility interconnection alone can take a year or more, so agencies that wait until buses are on order to start planning power are already behind.
That pace exposes weak points fast. The most common failure isn’t the charger hardware itself. It’s underestimating depot power capacity, treating charging as a one-time install instead of an ongoing operation, and working with vendors who move on once the ribbon is cut. When something breaks six months later, there’s no one left to call.
Fleet electrification succeeds when infrastructure is treated as a long-term operational commitment, not a capital project that ends at commissioning.
What Transit Agencies Actually Need From an EV Fleet Solutions Partner
The agencies that avoid these problems generally stop shopping for chargers and start shopping for a partner. That distinction matters more than most RFPs give it credit for.
Turnkey vs. piecemeal. Buying chargers from one vendor, installation from a contractor, and software from a third party creates gaps. When something fails, everyone points at someone else, and the agency ends up coordinating between three or four companies just to get one charger back online. A true ev fleet solutions partner owns the full stack: design, installation, software, and maintenance under one accountable relationship.
Accountability that survives the warranty period. Most hardware vendors guarantee equipment for a year or two, then hand off support to whoever the agency can find locally. Transit agencies need a partner who is on the hook for uptime for the life of the fleet, not just the install.
Inside Camber’s Approach to Fleet Charging
This is where Camber’s model diverges from a typical hardware vendor.
Camber Complete. Camber backs its infrastructure with a 98% uptime guarantee on a pay-for-performance model. If chargers underperform, Camber is financially accountable, not the agency. That single commitment reframes the relationship from “here’s your equipment” to “we’re responsible for keeping your fleet moving.”
Camber Core and Camber Correct. Camber Core gives agencies real-time visibility into charger health and fleet charging status, so problems get flagged before they cause a missed pull-out. Camber Correct provides on-demand maintenance, so issues get resolved by people who know the system, not a contractor learning it on the fly.
Matching strategy to route reality. Not every fleet should charge the same way. Camber builds charging strategy around actual route profiles, whether that’s overnight depot charging for fixed routes or opportunity charging for buses that need a mid-day top-up. Getting this wrong means overbuilding infrastructure or leaving buses short on range.
Proven Results With Transit Fleets
Camber’s approach has already been tested in live deployments across very different operating environments. PACE Suburban Bus, which operates roughly 700 buses across 10 garages serving Chicago’s suburbs, partnered with Camber to build its first electrified depot in Waukegan ahead of vehicle delivery. Early data already shows electric buses running at about $0.11 per mile in electricity costs against roughly $0.71 per mile for diesel. CapMetro in Austin worked with Camber to charge 48 buses simultaneously at its primary depot, and LA Metro selected Camber for a $58M contract to build on-route charging ahead of the 2028 Olympics. At Tahoe Transportation District, Camber stepped in to bring stranded, non-functional chargers back online after the original vendor went bankrupt, restoring daily electric bus operations in the Lake Tahoe Basin.
Agencies that have moved from legacy hardware-first vendors to Camber consistently point to the same shift: less time managing charger uptime internally, fewer emergency maintenance calls pulled from an already stretched-thin team, and more confidence that the infrastructure will hold up as the fleet scales.
How Camber Compares to Other Fleet EV Charging Providers
Most fleet ev charging providers are fundamentally hardware companies. They sell chargers and software licenses, then treat maintenance and uptime as someone else’s problem, usually the agency’s. That model can work for a small pilot program, but it tends to break down once an agency scales to dozens of buses running fixed daily schedules with no room for downtime.
Camber’s model is built differently from the start. It’s infrastructure-as-a-partnership, with Camber holding responsibility for performance rather than transferring that risk to the transit agency after installation.
That difference also shows up in total cost of ownership. Hardware-first vendors often look cheaper on the initial quote, but agencies absorb the cost of downtime, emergency repairs, and in-house troubleshooting over the life of the equipment. When uptime is guaranteed and maintenance is built in, the real cost of ownership tends to favor the turnkey model, even when the upfront number is higher.
Getting Started: What to Expect Working With Camber
Site assessment and charging strategy. Camber starts with a real assessment of depot power capacity, route profiles, and fleet size to build a charging strategy suited to how the agency actually operates.
Navigating grants and incentives. Federal, state, and utility incentive programs can offset a significant share of infrastructure costs, but the application process is dense. Camber helps agencies identify and pursue the programs relevant to their project.
Implementation and ongoing support. From installation through go-live, Camber stays in the relationship. Camber Complete and Camber Correct carry that support forward for the life of the infrastructure, not just the first year.
The Bottom Line
Transit agencies aren’t just buying chargers. They’re buying uptime, accountability, and a partner who’s still answering the phone long after installation day. It’s why agencies from major metros to small bistate districts, including PACE Suburban Bus, CapMetro, LA Metro, and Tahoe Transportation District, have all chosen Camber to power their electrification efforts. That’s the difference between a project that stalls out and one that scales with the fleet.
If your agency is planning a transit fleet electrification project, or evaluating whether your current infrastructure partner can actually deliver on uptime, talk to Camber’s transit team about what a charging strategy built around your routes could look like.
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