EV Charging Network Operations Manager

EV Charging Network Operations Managers are accountable for making charging infrastructure work — reliably, at scale, and across the full chain of hardware, software, power, and human systems that determine whether a driver plugs in and gets electrons or walks away frustrated. The role is broader than it looks from the title.

On any given day, the manager might start by reviewing overnight uptime reports from the NOC, escalating two DCFC stations that dropped offline in separate regions, reviewing a utility demand response event that curtailed power to a high-traffic corridor site, and approving a preventive maintenance dispatch schedule for 40 stations ahead of a heat wave. By afternoon, the focus might shift to a quarterly business review with a major retail site host whose revenue share numbers are under plan, followed by a call with a hardware vendor's technical team about a recurring power module failure pattern on a specific charger model.

The core accountability is network uptime. The NEVI program's 97% minimum has focused the entire industry on a metric that was previously aspirational. Hitting it requires disciplined preventive maintenance, fast dispatch when hardware fails, and vendor contracts structured around MTTR commitments — not just break-fix response.

Beyond uptime, the manager owns the operational budget. Maintenance labor, third-party service contracts, parts inventory, and NOC staffing all run through their cost center. Growth-stage networks are also making real capital allocation decisions — which underperforming sites get upgraded power capacity, which high-demand sites get additional ports — and the operations manager's utilization data is the primary input to those calls.

The people side of the role is substantial. NOC analysts need clear escalation protocols and the tools to diagnose remotely before dispatching. Field technicians need coordinated routing that minimizes windshield time. Site host relationships need regular communication to prevent operational issues from becoming contract issues. In most networks, the operations manager is the internal owner of all three of those relationships simultaneously.

The pace reflects where the industry is: companies are adding stations faster than their operational infrastructure can absorb. The managers who build systems — runbooks, SLA frameworks, preventive maintenance cadences, vendor scorecards — rather than just reacting to the day's problems are the ones whose networks actually scale.

Education:

• Bachelor's degree in electrical engineering, energy systems, operations management, or a related technical field (preferred by most CPO employers)
• Associate degree plus extensive field operations experience is an accepted path at some independent operators
• MBA valued for roles with significant P&L scope and executive-facing responsibilities

Experience benchmarks:

• 5–8 years in network operations, field service management, or energy infrastructure operations
• At least 2–3 years managing a team across geographically dispersed locations
• Direct experience with service-level agreements and vendor performance management
• Budget ownership — candidates who have managed LOE or operations budgets above $2M are competitive

Technical knowledge:

• EVSE hardware: ChargePoint CT series, ABB Terra HP, BTC Power, Tritium DCFC — failure modes, connector types (CCS, CHAdeMO, NACS), and power module architecture
• Network management platforms: ChargePoint CPMS, Greenlots (Shell Recharge), Driivz, AMPECO
• OCPP 1.6J and 2.0.1 — protocol fundamentals, message flows, configuration keys
• Utility interconnection: demand charges, load management, Level 1/2/3 service requirements, transformer sizing
• Data tools: SQL or Python for utilization analysis; Tableau or Power BI for KPI dashboards

Regulatory and program knowledge:

• NEVI Formula Program standards (23 CFR Part 680)
• State EV infrastructure grant programs — CARB, NYSERDA, and state DOT funding structures vary significantly
• ADA compliance requirements for public EVSE installations
• NEC Article 625 basics for electrical installation standards

Certifications:

• EVITP (Electric Vehicle Infrastructure Training Program) — not required for managers but signals technical credibility
• PMP or equivalent for organizations running large capital deployment programs
• OSHA 10 for field safety oversight
• Relevant utility or electrical journeyman background is a differentiator at infrastructure-heavy organizations

The EV charging infrastructure market is in a sustained, capital-intensive growth phase. The federal government has committed $7.5 billion through the NEVI program to build a national charging network; states have layered additional funding on top; and private CPOs are raising and deploying capital at a pace the industry has not seen before. That investment requires experienced operations management to translate into reliable, customer-facing infrastructure — and the people who can do that job are scarce.

The Bureau of Labor Statistics does not yet track EV charging operations management as a distinct occupational category, but the directional evidence is clear. DOE projections call for 500,000 public charging ports by 2030, up from roughly 170,000 at the end of 2024. Every additional port requires ongoing operations management support: monitoring, maintenance coordination, utility relationship management, and site host communication. Headcount requirements in network operations will grow proportionally, and the leadership layer — managers who can run NOC teams, hold vendor contracts, and own P&L — is the most constrained part of the workforce.

The industry is also maturing in ways that favor experienced operators. Early-stage networks competed primarily on station count; the competitive differentiation in 2026 is uptime, session reliability, and customer experience. That shift elevates operations from a cost center to a strategic function, and it is being reflected in how CPOs are compensating and titling operations leadership.

Lateral movement from adjacent industries remains the primary talent source: utility distribution operations, telecommunications NOC management, fuel retail infrastructure, and industrial field service management all produce candidates with directly transferable skills. The EV-specific knowledge — OCPP, NEVI compliance, EVSE hardware — is learnable, and companies are investing in developing it in candidates who bring strong operational foundations.

The medium-term career path from this role runs toward VP of Operations, Director of Infrastructure, or Chief Operating Officer at mid-sized CPOs, as well as Director-level roles in utility EV programs or state DOT infrastructure offices. Some experienced operators are moving into consulting — helping municipalities and fleet operators design and procure charging programs. The role is new enough that the career ladder is still being built, which creates real opportunity for people entering it now with strong operational track records.

For someone with a utility or field service operations background looking to move into the energy transition economy, EV charging network operations is one of the most direct and in-demand paths available in 2026.

Dear Hiring Manager,

I'm applying for the EV Charging Network Operations Manager position at [Company]. I've spent seven years in network operations — the last three managing field service and NOC functions for [Company]'s mid-Atlantic EV charging portfolio, which grew from 180 to over 600 DCFC and Level 2 ports during my tenure.

The metric I've been measured on most directly is uptime. When I took over the NOC team, our trailing 90-day uptime was 91.4% — well below the NEVI threshold we were approaching with our first federal grant corridor. I rebuilt the preventive maintenance schedule around connector wear and power module temperature data, restructured our field service SLA with our third-party maintenance vendor to require a 4-hour MTTR on DCFC ports, and added a daily station health report that surfaced offline ports within 15 minutes of a status change. Twelve months later we were at 96.1%, and we've held above 95% since.

On the utility side, I've coordinated demand response participation at six high-utilization sites with two different utilities, negotiated one demand charge tariff reclassification that reduced our monthly utility costs at a 10-port DCFC station by approximately $3,400 per month, and managed two transformer upgrade projects from scope development through energization.

What I'm looking for now is a role with a larger network footprint and a more complex hardware mix. Your combination of highway corridor and urban fleet sites — and the NEVI compliance obligations that come with the corridor stations — looks like exactly that environment.

I'd welcome a conversation about how my background fits what you're building.

[Your Name]