ChargerHelp Report Finds Charger Recovery Critical for Commercial Fleets
As commercial fleets, ports, autonomous vehicle operators, and other transportation businesses increasingly depend on electric vehicle (EV) charging infrastructure, ensuring that chargers remain operational has become a major industry priority. ChargerHelp’s 2026 EV Charging Reliability Report highlights a growing challenge facing the charging ecosystem: the industry is moving beyond the initial phase of installing charging stations and entering a period where operating, maintaining, and recovering existing infrastructure reliably at scale is becoming increasingly important.
Based on approximately 500 million data points, the report represents ChargerHelp’s most comprehensive examination of EV charging reliability to date. Its findings indicate that the longest charger outages are not necessarily caused by the physical repair itself. Instead, extended downtime can result from diagnostic delays, fragmented information, coordination problems, administrative processes, parts availability, and the involvement of multiple organizations in the recovery process.
The findings are particularly relevant for commercial fleets because charging downtime can directly affect vehicle availability and daily operations. When an electric fleet vehicle cannot charge as expected, the impact can extend beyond a single charger. Vehicles may need to be reassigned, routes adjusted, charging schedules changed, or alternative infrastructure located.
EV Charging Enters a New Operational Phase
The EV charging industry has spent much of its early development focused on expanding infrastructure. Governments, utilities, automakers, charging networks, fleet operators, and private companies have invested heavily in deploying new charging stations to support growing EV adoption.
As the installed base expands, however, the operational challenge changes.
A charger that has already been installed still requires monitoring, maintenance, diagnostics, software support, spare parts, field service, and coordination among the organizations responsible for the asset. Over time, equipment can also age, increasing the importance of lifecycle planning.
ChargerHelp’s report indicates that more than one-third, or 37.6%, of U.S. charging ports are already at least three years old. At the same time, charging equipment warranties typically last between two and five years.
This creates an increasingly important transition for charging operators. Assets that were initially covered by warranties and deployment programs are moving toward longer-term operational management.
For commercial fleet operators, that means reliability needs to be considered throughout the life of the charging infrastructure rather than only when a station is first installed.
Recovery Time Is More Than a Technician Response
One of the report’s central findings is that Mean Time to Repair, or MTTR, cannot be reduced simply by sending technicians to a site faster.
The recovery process often begins well before a technician arrives.
For common charging problems that can be resolved with a single field visit, approximately half of the recovery time occurs before a technician is dispatched. This highlights the importance of diagnostics, access to asset information, data availability, and coordination between the organizations involved.
In practical terms, a technician may be ready to repair a charger, but the recovery process can still be delayed if the underlying problem has not been properly identified, the required information is unavailable, permissions are missing, manufacturer support is needed, or replacement components have not been obtained.
This distinction changes the way charging reliability can be measured and managed.
Simply knowing whether a charger is online does not explain why it is unavailable or how quickly it can be restored. Organizations need greater visibility into the sequence of events between failure detection and successful recovery.
Multiple Work Orders Create Longer Outages
The report also identifies repeat repairs and multiple work orders as significant contributors to extended charging downtime.
According to the analysis, charging issues requiring multiple work orders take a median of 32 days to resolve. By comparison, issues completed in a single visit take a median of seven days to resolve.
The difference illustrates the operational consequences of incomplete diagnosis or complicated repair processes.
A charger that can be accurately diagnosed and repaired during one field visit can return to service relatively quickly. When the initial visit does not resolve the problem, additional work orders may be required. Each additional step can introduce new scheduling requirements, parts needs, communication delays, or coordination challenges.
For commercial fleets, the resulting downtime can have operational consequences.
Fleet operators depend on charging infrastructure to keep electric vehicles available for scheduled routes and assignments. Extended charger outages may require vehicles to use alternative charging locations or may complicate fleet scheduling.
The report therefore positions recovery performance as an operational issue rather than simply a maintenance metric.
Fragmented Data Can Slow Recovery
Another major finding involves the fragmented nature of information across the EV charging ecosystem.
The report combines several data sources, including communications between chargers and charging management systems, anonymized ChargerHelp operational data, technician observations, repair histories, Paren network analysis, and industry case studies.
Bringing these sources together allows ChargerHelp to examine charging reliability from multiple perspectives.
When information remains separated among different systems and organizations, it can become more difficult to determine what caused a failure, what has already been attempted, what parts are required, or which organization is responsible for the next step.
This is particularly important because EV charging infrastructure involves numerous participants. Hardware manufacturers, charging networks, software providers, service companies, utilities, site hosts, and fleet operators may all have different responsibilities.
Improving visibility across those boundaries can therefore help reduce unnecessary delays.
Operational Bottlenecks Can Rival Field-Service Delays
The report emphasizes that technician response time is only one component of charger recovery.
Diagnostic access, partner coordination, financial and administrative processes, supply chain limitations, and manufacturer support can all influence how long a charger remains unavailable.
This means that improving field-service speed alone may not deliver the desired reduction in MTTR.
Kameale Terry, CEO of ChargerHelp, said the industry needs to consider the entire recovery process.
“Reducing MTTR isn’t just about dispatching technicians faster,” Terry said. “These are connected assets, and getting someone on site in two hours does not mean the problem is solved.”
She explained that chargers can remain offline when technicians lack the appropriate data, permissions, manufacturer assistance, or replacement parts.
The issue becomes increasingly significant as charging infrastructure becomes more sophisticated and connects with other energy systems.
According to Terry, charging assets are increasingly integrated with distributed energy resource management systems and other smart energy assets. Understanding how these systems perform and interact will therefore require greater visibility into asset health and stronger coordination among the organizations responsible for maintaining the infrastructure.
Reliability Matters to EV Drivers and Fleets
The importance of reliable charging extends beyond fleet operators and infrastructure companies. EV drivers also depend on charging stations being available when they need them.
Wade Sheffer, Vice President of GM Energy, emphasized the importance of making charging easier and more reliable for EV customers.
“EV drivers, quite simply, just want charging to be easy and reliable,” Sheffer said.
He pointed to investments in infrastructure and software designed to improve the charging experience. GM has also introduced Energy Pass, which enables GM EV owners to start and pay for charging sessions through a single application across nearly 70% of America’s fast chargers, according to the statement.
The broader message is that EV adoption depends partly on the customer experience surrounding charging. Drivers and fleet operators need confidence that charging infrastructure will be available and that problems can be resolved efficiently when they occur.
From Hardware Deployment to Lifecycle Management
ChargerHelp’s report encourages charging organizations to move beyond viewing infrastructure primarily as a hardware deployment project.
Installing a charger is only the beginning of the asset’s operational lifecycle.
Organizations must also consider how chargers will be monitored, diagnosed, serviced, repaired, upgraded, and ultimately replaced. This becomes increasingly important as the installed base ages.
The report identifies several operational capabilities that can support long-term reliability, including diagnostic visibility, data access, manufacturer support, parts planning, and clearly defined service responsibilities.
These capabilities can help organizations identify problems earlier and determine the appropriate response more efficiently.
For fleet operators, lifecycle planning can also help reduce unexpected disruptions by providing a clearer understanding of asset condition and maintenance requirements.
Building a More Connected Recovery Process
The report recommends a more connected operating model for EV charging infrastructure.
Shared operational data can provide different participants with better visibility into asset conditions and repair status. Real-time diagnostics can help identify problems before dispatch. Intelligent dispatch can help match service requirements with appropriate technicians and resources.
Coordinated service-level agreements can also clarify responsibilities and expectations among hardware manufacturers, charging networks, service organizations, utilities, and site hosts.
Together, these capabilities can reduce friction throughout the recovery process.
The objective is not simply to get technicians to charging sites faster. It is to make sure that technicians arrive with the information, parts, permissions, and support required to resolve the underlying problem.
Reliability Is Becoming a Business Requirement
Professor Gil Tal, Director of the Electric Vehicle Research Center at the Institute of Transportation Studies at UC Davis, said the industry’s expectations around reliability are changing.
“When public charging was new, low reliability was largely a growing pain of a new technology. That explanation is expiring,” Tal said.
He added that reliability is increasingly becoming a requirement for drivers and fleet operators.
Tal also described charging recovery as a coordination issue involving multiple stakeholders rather than simply a repair issue. The ChargerHelp report, he said, demonstrates where time is lost during the recovery process and how organizations can address those delays.
For commercial fleets, this shift is significant. As electric vehicles become a larger part of transportation operations, charging reliability becomes directly connected to fleet availability and business continuity.
Importance for Ports and Goods Movement
The issue is also particularly relevant to ports and goods-movement corridors, where vehicle utilization and operational schedules are closely connected.
Maria S. Salinas, President and CEO of the Los Angeles Area Chamber of Commerce, highlighted the importance of dependable EV charging infrastructure for the region’s ports, commercial fleets, and transportation corridors.
She said reliable charging has become a business-critical priority and emphasized the need to move from focusing primarily on station deployment toward an ecosystem-wide approach to recovery.
For regions with major transportation and logistics operations, prolonged charging outages can create challenges that extend across multiple businesses and transportation activities.
The Next Stage of EV Charging
ChargerHelp’s 2026 EV Charging Reliability Report suggests that the next stage of EV charging development will depend not only on adding more charging ports but also on improving the performance of the infrastructure already deployed.
The approximately 500 million data points analyzed in the report provide a broad basis for examining how charging assets fail, how recovery processes work, and where delays occur.
The findings point to several key priorities: better diagnostic capabilities, improved operational data, stronger coordination, intelligent dispatch, effective parts planning, and clearly defined responsibilities.
As the installed charging base grows and ages, these capabilities are likely to become increasingly important for fleet operators, charging networks, manufacturers, utilities, site hosts, and service providers.
The report ultimately shifts the conversation from how quickly charging infrastructure can be deployed to how effectively it can be operated throughout its lifecycle.
For commercial fleets and other organizations that depend on electric transportation, charger availability is closely tied to operational reliability. A charging station that is unavailable for hours or days can affect vehicle utilization, schedules, and costs.
Reducing that downtime requires more than faster repairs. It requires a connected system capable of detecting failures, diagnosing problems, coordinating stakeholders, securing parts and permissions, and completing repairs efficiently.
ChargerHelp has published its reliability report for four consecutive years, with the 2026 edition providing its most extensive analysis to date. The company is continuing to highlight operational reliability as a central issue for the expanding EV charging ecosystem.
As electric transportation moves into a more mature phase, the ability to keep charging assets operational—and to recover them quickly when failures occur—will remain an increasingly important part of fleet electrification.
The broader lesson from the report is that EV charging reliability is an ecosystem responsibility. Hardware, software, data, field service, manufacturers, utilities, fleet operators, and site hosts all contribute to the outcome. Improving coordination among these participants can help reduce recovery times and support a more dependable charging experience for commercial fleets, businesses, and EV drivers.
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