Commercial EV Charging Station Installation
Professional commercial EV charging station installation for businesses, fleets, and property owners across the region – tailored solutions for the evolving EV charging landscape, designed to support your sustainability goals.
5 Highlights on Commercial EV Charging Station Installation
- Code-compliant EVSE installation from licensed electricians — Kochs Electric pulls every permit, submits all required electrical drawings, and coordinates directly with the AHJ and utility company to keep your project on schedule and fully approved.
- Level 2 and DCFC charging station support — We install wall mount and pedestal-style chargers, wire dedicated circuits, and run EMT or rigid conduit to meet NEC and NFPA 70 requirements for commercial and industrial sites.
- Load management and sub-metering integration — Our team connects networked EVSE units to backend platforms using OCPP protocol, configures load management systems, and installs revenue-grade sub-meters for accurate billing and demand charge control.
- Three-phase and single-phase service upgrades — We upgrade service panels, install sub-panels and distribution boards, and size conductors and breakers to match your ampacity requirements for single or multi-port charging installations.
- ADA-compliant, weatherproof installations — Every charging station we mount meets outdoor-rated, NEMA-rated, and ADA-compliant standards, with proper signage, anchor bolts, concrete pads, and bollard protection installed to spec.
Why Choose Our Commercial EV Charging Station Installation
Kochs Electric brings qualified, licensed master electricians and journeymen to every commercial EV charging station installation. We don’t subcontract the core electrical work. Our crew handles everything from the load calculation and single-line diagram to the final inspection report and utility approval.
We’re experienced with J1772, CCS, CHAdeMO, and NACS connector types across a wide range of EVSE brands. Whether you’re deploying a single Level 2 charger for a retail parking lot or commissioning a multi-port DCFC network for a fleet yard, we scope the job accurately and wire it right the first time. From fast charging DCFC units to standard Level 2 EV chargers, we match the right equipment to your site and operational requirements.
Our team coordinates with utility companies on service upgrades, transformer requirements, and utility tariff structures including time-of-use rates and demand charges. We help site owners and fleet managers identify available incentive rebates and grants before the project starts. Our energy management approach – based on site load data and utility rate analysis – helps reduce operating costs and supports your broader sustainability program.
Every installation we complete is surge-protected, GFCI-protected where required, and torqued to manufacturer spec. We label all circuits, verify phase balance, and test each charging port before we sign off. We use software-based commissioning tools to verify class-compliant performance at every circuit before closeout. Kochs Electric is trusted by commercial property owners, contractors, and project managers who need a top-rated electrical contractor that shows up prepared and delivers permitted, inspected, certified work.
Signs You Need Commercial EV Charging Station Installation
Your parking lot has no dedicated EV charging infrastructure: If your commercial property has no EVSE installed, you’re already behind tenant expectations and local ordinances in many jurisdictions. Fleet managers and EV drivers increasingly require charging access at workplaces, retail centers, hotels, and multifamily properties. Installing dedicated, hardwired Level 2 chargers or DCFC units now positions your site ahead of demand.
Your existing panel can’t support additional EV loads: A service panel running near capacity can’t safely feed new EVSE circuits without a proper load calculation. If your main breaker or sub-panel is undersized, adding charging stations without upgrading the distribution board creates overload risk. Kochs Electric calculates your available capacity, sizes the correct breakers and conductors, and installs a sub-panel or full service upgrade when needed.
You’re running extension cords or using standard outlets for EV charging: NEMA 14-50 and NEMA 6-50 outlets are not designed for continuous commercial EV charging loads. Hardwired, dedicated EVSE units are the code-compliant solution for commercial sites. We replace temporary setups with properly permitted, inspected charging stations wired to meet NEC requirements.
Your networked chargers aren’t communicating with your backend platform: If your OCPP-enabled EVSE units aren’t syncing with your network management system, you’re losing visibility into usage data, billing accuracy, and demand charge management. We troubleshoot communication modules, configure Wi-Fi, 4G LTE, or Ethernet connections, and verify backend platform integration.
You’re expanding your fleet and need scalable charging capacity: A growing EV fleet requires a scalable, modular charging infrastructure built around your operational and sustainability goals. We design and install load-managed, multi-port systems that let you add charging ports without repeatedly upgrading your service panel, using smart load management systems to distribute available ampacity across all active sessions.
Our Commercial EV Charging Station Installation Process
1. Site Assessment and Load Calculation We visit your site, inspect the existing service panel, main breaker, and distribution board, and run a full load calculation. We identify available capacity, phase configuration, and the conduit routing path from the panel to each charging location.
2. Permit Submission and Utility Coordination We prepare the single-line diagram, site plan, and electrical drawings, then submit the permit package to the AHJ. We coordinate with the utility company on any service upgrade, transformer sizing, or meter requirements.
3. Rough-In and Conduit Installation Our electricians trench, core drill, and sleeve conduit runs as needed. We install EMT, rigid, or PVC conduit, pull conductors, and mount junction boxes, pull boxes, and handholes along the raceway route.
4. Panel Work and Circuit Installation We install dedicated breakers, wire sub-panels if required, and run hot legs, neutral, and ground wire to each EVSE location. All conductors are sized to ampacity rating and torqued to spec at every lug and terminal.
5. EVSE Mounting and Connection We mount each charger on its pedestal, wall mount, or bollard, connect the charging cable and connector, wire the EVSE to the dedicated circuit, and install surge protection and GFCI breakers where required.
6. Commissioning, Testing, and Inspection We energize each circuit, activate and configure the EVSE, connect it to the network management system, and test every charging port. We schedule the final inspection, walk through the inspection report with the AHJ, and certify the installation is complete.
Brands We Use
Kochs Electric installs commercial EV charging stations using trusted, UL-listed, utility-approved equipment from the industry’s leading manufacturers.
- ChargePoint
- Blink Charging
- Eaton
- Siemens
- ABB
- Leviton
- Square D (Schneider Electric)
- Hubbell
- Clipper Creek
- Tesla Wall Connector
Every brand we install is selected for safety, code compliance, and long-term serviceability. We don’t cut corners on equipment.
Other Services
| Commercial EV charging station installation | Business EV charger installation | EVSE installation electrician |
| Commercial electric vehicle charger installation | Commercial charging station setup | Level 2 charger installation commercial |
| EV charging station installation for businesses | Workplace EV charger installation | DCFC installation contractor |
| Commercial EVSE installation | Fleet EV charging installation | EV charging infrastructure installation |
| Commercial EV charging infrastructure | Parking lot EV charger installation | Load management EV charging system |
FAQs About Commercial EV Charging Station Installation
What is commercial EV charging station installation?
Commercial EV charging station installation is the process of wiring, mounting, and commissioning EVSE units at a business, fleet yard, parking structure, or commercial property. It includes load calculations, permit submission, conduit installation, panel work, EVSE connection, and final inspection by the AHJ.
What type of charger does my business need?
Most commercial sites start with Level 2 chargers, which run on 208V or 240V three-phase or single-phase power and deliver 19 to 80 miles of range per hour of charging. High-traffic sites, fleet yards, and public charging locations often need DCFC units, which require three-phase high-voltage service and deliver a full charge in 20 to 60 minutes. The right choice depends on your energy demands, traffic volume, and available site capacity.
How long does a commercial EV charging station installation take?
A single Level 2 charger installation typically takes one to two days once the permit is approved. Multi-port or DCFC installations with trenching, service upgrades, and utility coordination can take one to three weeks depending on site conditions and AHJ review timelines.
Does my panel need an upgrade for EV charging?
It depends on your existing load and available capacity. Kochs Electric runs a load calculation on your service panel before any work begins. If your main breaker or sub-panel is at or near capacity, we’ll size and install the correct upgrade to support your charging load safely.
Can networked chargers be connected to a load management system?
Yes. Networked EVSE units communicate via OCPP protocol with a backend platform or network management system. We configure load management systems that distribute available ampacity across all active charging ports, which reduces demand charges and prevents panel overloads.
How does the permit process work?
Kochs Electric prepares all required electrical drawings, single-line diagrams, and site plans, then submits the permit package to the AHJ on your behalf. We coordinate with the utility company for any service upgrade approvals and schedule the final inspection once installation is complete.