DIRECT CURRENT CHARGING STATIONS MANUFACTURERS

Commercial EV Charger-320KW 360KW Super Fast Charging

Rated power:320kW/360kW
Installation method:Vertical
Feeding method:Bottom in and out
Equipment size:1000*900*1850mm
Input voltage :380VAC ±15%
Input frequency:45-65Hz
Output voltage:DC200-1000V
Output current:0-200A
Charging cable length:5m
Accuracy:Level 1.0
Efficiency;≥95%
Human-computer interaction;7-inch bright colortouch screen,LED Indicator
Charge mode:Automatic charging full / Fixed power / Fixed Amount / Fixed time
Charging method:Swipe Card / Scan code
Networking methods:Ethernet/4G
Executive standards:IEC 61851-1:2017;1EC 62196-2:2016
Working enviroment:Altitude: ≤2000m;Temperature:-20°C~+50°C ;
Protection level:IP54
Noise:Forced air cooling
MTBF:17520h

Commercial EV Charging Station Details

The commercial EV charging station is designed for high-traffic locations and large-scale charging demands, offering super DC fast charging with power levels of 320kW and 360kW. This ultra-fast charging capacity enables electric vehicles to be charged to 80% in as little as 15–20 minutes, making it ideal for highway rest stops, urban charging hubs, logistics fleets, and public transportation terminals.

Built with advanced power modules and intelligent distribution technology, the station supports dynamic power allocation, ensuring stable and efficient performance even during peak usage. Its multi-standard support—compatible with CCS1, CCS2, CHAdeMO, and GB/T—allows seamless service for nearly all EV models on the market.

The system also features real-time monitoring, OCPP compatibility, and remote diagnostics, helping operators manage energy usage, optimize charging schedules, and reduce maintenance costs. With robust industrial design and high protection ratings, this 320kW/360kW commercial EV charging station is a future-ready solution for fast, safe, and scalable EV infrastructure.

High voltage EV charger designed for rapid charging of electric vehicles.
EV charging station with various car brand logos, compatible with 99% of electric vehicle models.

Commercial EV Charging Meets The Requirements Of 99% Of Vehicle Models

Our commercial EV charging solutions are designed to meet the diverse demands of today’s electric vehicle market, offering broad compatibility with 99% of vehicle models globally. Supporting multiple charging standards—CCS1, CCS2, CHAdeMO, and GB/T—our chargers ensure seamless operation across European, American, Japanese, and Chinese EVs, including popular brands like Tesla (with adapter), BMW, Nissan, BYD, Hyundai, and Volkswagen.

Including high-power options up to 360kW, these commercial charging stations are ideal for use in shopping centers, office buildings, logistics parks, and highway networks. Whether it’s fast fleet turnaround or public convenience, our chargers provide reliable, safe, and efficient power delivery.

With features like OCPP backend integration, smart load balancing, real-time monitoring, and multi-gun output, our systems are built for scalability and future growth. Choose a solution that’s ready for mass EV adoption—commercial EV charging that truly meets the needs of 99% of vehicles on the road.

High-Quality Commercial EV Charging Stations

Our high-quality commercial EV charging stations are manufactured in strict compliance with international safety and performance standards. Each unit is certified with CE, TUV, and other globally recognized certifications, ensuring reliability and trustworthiness across various markets.

Designed for demanding commercial environments, these stations feature multiple layers of protection, including overvoltage, undervoltage, overcurrent, short circuit, overheating, and leakage safeguards. This guarantees secure and stable operation for both the user and the electric vehicle.

In addition to safety, our chargers are built with multi-functional capabilities such as OCPP protocol support, RFID authentication, smart scheduling, and compatibility with mobile app control or centralized management systems. Whether deployed in public parking lots, commercial fleets, or EV service hubs, these charging stations deliver durable, intelligent, and scalable power solutions that meet modern EV charging needs with confidence.

CCS fast charging station for electric vehicles, providing efficient charging for all compatible EV models.
Cutting-edge EV charging technology with a sleek, modern design for fast and efficient electric vehicle charging.

EV Charger Commercial Simple Maintenance

Our EV charger commercial models are engineered for simple maintenance and long-term reliability, reducing downtime and operational costs for businesses. Each unit features a modular design, allowing for quick plug-and-play replacement of internal components—no complex tools or multi-person teams required. This ensures that maintenance can be performed easily and efficiently, even on-site.

With an IP54 protection rating, the charger is built to resist dust, rain, and challenging outdoor conditions, making it ideal for commercial environments. Advanced intelligent monitoring systems are integrated into the control board, which automatically reports real-time equipment status and sends alerts for abnormal conditions, allowing for fast diagnostics and remote support.

Whether you’re managing a charging station network or operating a single commercial site, our EV chargers offer reliable performance with minimal maintenance burden, helping to keep your business running smoothly.

Commercial EV Charging Stations For Sale

Looking for commercial EV charging stations for sale? Our high-performance DC and AC chargers are designed for reliability, scalability, and wide vehicle compatibility—supporting 99% of electric vehicle models globally. From 60kW to 360kW, our chargers are ideal for commercial parking lots, highway service areas, fleet depots, and EV infrastructure projects.

Each station is equipped with OCPP 1.6/2.0 compatibility, multiple charging connectors (CCS1, CCS2, CHAdeMO, Type 2), and smart monitoring systems for real-time data tracking. Certified with CE, TUV, and built with premium components from trusted brands like Schneider and Chint, our chargers offer dependable performance and safety protections including overload, short-circuit, and temperature control.

As a manufacturer, Anengjienergy supports full customization—logo, color, language, UI, and payment system integration—to meet your specific business or regional needs. Partner with us to deploy a reliable and future-proof commercial EV charging solution.

Outdoor EV charging station with a modern design and multiple charging points for electric vehicles.
Robust outdoor electric vehicle charger built for extreme weather conditions and outdoor use.

Custom Commercial EV Charging Station For Sale

Looking for a custom commercial EV charging station for sale? Our solutions are designed to meet diverse commercial demands with flexibility in design, power, and functionality. Whether you operate a public charging network, fleet depot, or retail location, we offer customized chargers ranging from 60kW to 360kW, supporting dual or triple gun configurations (CCS, CHAdeMO, Type 2, etc.).

You can personalize your charging station with custom logos, colors, interface languages, payment options (RFID, credit card, QR code), and even the charging strategy (automatic full charge, fixed kWh, fixed time, etc.). Our stations are OCPP 1.6/2.0 compatible, ensuring seamless integration with existing management platforms.

With CE, TUV certifications, robust protection features, and smart remote monitoring, our EV chargers are built for safety, efficiency, and brand consistency. Partner with Anengjienergy, a trusted manufacturer, to get a commercial EV charger tailored to your business needs.

How Much Does A Commercial Ev Charging Station Cost?

Cost Overview: Commercial EV Charging Stations

Level 2 AC Chargers (7–22 kW per port)

  • Hardware & equipment: ~$1,000–$6,500

  • Installation & site prep: ~$2,000–$12,700

  • Total upfront cost per port: $3,500–$15,000

DC Fast Chargers (Level 3; 50–350 kW)

  • Hardware & equipment: ~$10,000–$50,000 (can exceed $100,000 for high-power units)

  • Installation (electrical upgrades, transformer, trenching, utility connection): ~$10,000–$50,000+

  • Total upfront cost per port: $30,000–$150,000+, with premium high-capacity installations potentially exceeding $200k–$350k


Additional Cost Components

Annual & Recurring Costs

  • Software/network fees: $200–$1,000/year per charger

  • Maintenance & repairs: Level 2: $400–$1,000/year | DC: $1,000–$3,000/year.

Permits, Inspections & Compliance

  • Permitting fees & inspections: typically $500–$3,500 depending on jurisdiction.

Power Infrastructure Upgrades

  • Costs may range significantly:

    • Panel, transformer or feeder upgrades: $2,000–$50,000 or more

    • Major infrastructure (e.g. utility connection, demand charge considerations): higher for DC installations


Cost Summary

Charger TypeUpfront Cost per PortAnnual Operating Costs
Level 2 AC$3,500–$15,000$700–$1,500/year
DC Fast Charger$30,000–$150,000+$1,500–$4,000/year

Key Variables to Consider

  1. Site Conditions: Distance to electrical panel, trenching, access limitations, ADA requirements.

  2. Power Availability: Upgrades needed for three-phase 480 V service impact DC charger costs heavily.

  3. Permits & Utility Coordination: Costs vary by region, need local expertise.

  4. Funding & Incentives: Federal tax credits (up to 30%), state and utility rebates can offset hardware and installation costs (often up to thousands per port).

  5. Scale & Utilization: Economies of scale reduce per-port cost; low utilization (common for DCFC) impacts ROI and energy price per kWh.


Best Practice Recommendations (2B Perspective)

  • Level 2 AC chargers are ideal for businesses needing low-cost, high-volume deployments (e.g., workspace, retail, hotels).

  • DC Fast Chargers should be considered only for high-traffic locations, fleet depots, or highway stations where rapid turnaround is needed.

  • Plan for maintenance and network subscriptions early to avoid surprises.

  • Maximize available incentives and align your project timelines accordingly to secure maximum funding support.

Installing a commercial EV charging station involves careful planning, permitting, equipment selection, and coordination with licensed electricians and utility providers. Below is a step-by-step guide tailored for charging station engineers, wholesalers, and operators (2B audience):


Step-by-Step: How to Install a Commercial EV Charging Station

1.  Site Selection & Assessment

  • Choose a strategic location:

    • High vehicle traffic (e.g., malls, office parks, gas stations)

    • Sufficient parking space

    • Accessibility and ADA compliance

  • Perform a site evaluation:

    • Distance from power supply

    • Electrical capacity (voltage, panel load)

    • Trenching or conduit requirements

    • Internet/cellular access for smart chargers

Tip: Use load assessment tools or request a load analysis from your utility.


2.  Design & Planning

  • Determine the number and type of chargers:

    • AC chargers (7–22 kW): longer parking durations

    • DC fast chargers (30–350 kW): short-duration stops

  • Choose plug types: Type 2, CCS, CHAdeMO, NACS (depending on target users/region)

  • Consider modularity for future scaling

Deliverables: Site layout, electrical diagram, charger locations, signage plan


3.  Coordinate with Utility Provider

  • Submit a service request to local utility

  • Review:

    • Transformer needs

    • Load increase approval

    • Metering and demand charge impact

    • Construction timeline

Pro tip: Some utilities offer rebates and infrastructure cost-sharing.


4.  Obtain Permits & Approvals

  • Apply for:

    • Electrical permits

    • Zoning approvals

    • Environmental review (if required)

  • Submit to:

    • Local city planning office

    • Building inspection departments

Permit processing time: typically 2–8 weeks


5.  Procure Hardware & Equipment

  • Purchase commercial-grade EV chargers:

    • Networked (OCPP 1.6 or 2.0 compatible)

    • Weatherproof (IP55+)

    • CE, TUV, UL certifications

  • Order supporting components:

    • Pedestals, cable holders, bollards, signage

    • Network routers, smart meters, payment terminals


6.  Electrical Work & Civil Engineering

Performed by licensed contractors:

  • Trenching & conduit installation

  • Wiring & breaker panel upgrades

  • New transformer or meter (if needed)

  • Mounting and anchoring chargers

  • Grounding, bonding, and surge protection

Safety Tip: Use separate circuits for each port to maintain load balance and uptime.


7. Install the Chargers

  • Mount charger to pedestal or wall

  • Connect to power supply (AC 3-phase or DC supply)

  • Install communication/networking modules

  • Run testing protocols for safety, current output, and firmware updates


8. Activate Network Services

  • Register chargers with your charging management system (CMS) or network provider:

    • Set pricing

    • Configure user access (RFID, app, etc.)

    • Enable diagnostics and remote monitoring

    • Integrate with billing or fleet platforms

Popular CMS: EVBox, ChargeLab, AmpUp, EV Connect, or custom white-label platforms.


9. Inspection & Final Approval

  • Schedule inspection by local authorities

  • Pass electrical, safety, and ADA checks

  • Receive permission to operate (PTO)


10.  Launch & Monitor

  • Promote station listing on Google Maps, PlugShare, ChargeHub

  • Use analytics to monitor:

    • Utilization rates

    • Power usage

    • Fault alerts and maintenance needs

Ongoing tasks:

  • Maintenance: clean, inspect, firmware updates

  • Software: renew licenses, network monitoring

  • Customer service: assist users, resolve errors


Optional Add-ons

  • Solar + battery storage for peak shaving or grid independence

  • Advertising screens for revenue generation

  • Fleet management integration for corporate use


Expert Tips for 2B Users

TipDescription
Use OCPP-compliant chargersFor network flexibility and scalability
Plan for future capacityOversize conduit and power lines upfront
Bundle chargers & CMSSimplifies deployment and support
Maximize incentivesUse local, utility, and federal grants (up to 30%)
Include a preventive maintenance planMinimizes downtime and improves ROI

Setting up a commercial EV charging station involves a combination of strategic planning, technical implementation, permitting, and ongoing management. Below is a complete 2B-focused guide (for engineers, wholesalers, operators) on how to set up a commercial EV charging station from start to finish:


How to Set Up a Commercial EV Charging Station

1.  Business Planning & Market Strategy

  • Define your model: Public charging, fleet charging, workplace, retail, or residential community

  • Target customers: Private EV users, taxis, ride-hailing, fleets

  • Select charger type:

    • AC 7kW–22kW: For long-duration charging (offices, residential)

    • DC 30kW–360kW: For fast turnover (highways, commercial centers)

Pro tip: Consider mixed deployment — AC + DC — for flexibility and tiered pricing.


2.  Site Selection

  • Choose a high-traffic location:

    • Malls, office buildings, gas stations, logistics hubs

  • Check for power infrastructure:

    • Availability of three-phase power for DC fast charging

    • Distance to transformer/substation

  • Review parking layout for:

    • Accessibility

    • Signage placement

    • Future scalability


3.  Power & Load Assessment

  • Hire a licensed electrician to:

    • Assess grid capacity

    • Estimate energy needs (daily kWh, peak load)

    • Evaluate panel, breaker, and wiring compatibility

  • For high-powered DC stations, utility coordination is essential

📌 Tip: Consider smart load balancing or energy storage to manage peak demand.


4.  Permits & Utility Coordination

  • Apply for:

    • Electrical permits

    • Zoning and planning approvals

    • EVSE (EV Supply Equipment) incentives or grants

  • Contact your local utility to:

    • Request a new service if needed

    • Discuss transformer upgrades or demand charges


5.  Choose and Procure Equipment

  • Select commercial-grade EV chargers with:

    • OCPP protocol support

    • CE/UL/TUV certifications

    • Built-in protections (over-voltage, over-temperature, ground fault)

  • Plug types:

    • Type 2 / CCS / CHAdeMO / NACS (based on market)

  • Optional:

    • Touchscreens, payment terminals, cable management systems

📌 Tip: Prefer modular chargers for easy maintenance and expansion.


6.  Infrastructure Installation

Performed by certified contractors:

  • Trenching and conduit installation

  • Cable pulling (power + data)

  • Transformer, switchgear, and breaker panel upgrades

  • Charger mounting (wall/pedestal)

Include:

  • Bollards or barriers for charger protection

  • Illuminated signage

  • ADA-compliant paths


7.  Networking and Software Integration

  • Install SIM, Ethernet, or Wi-Fi for charger connectivity

  • Connect to a Charging Management System (CMS):

    • Monitor status

    • Remote diagnostics

    • Set pricing

    • Manage user access

  • Enable payment integration (RFID, QR code, mobile app, credit card)

📌 Popular CMS: ChargeLab, AmpUp, EV Connect, Driivz, white-label options


8.  Commissioning & Testing

  • Conduct functional testing:

    • Voltage, current, insulation resistance

    • Grounding and surge protection

    • Network communication

  • Verify plug compatibility across various EV models

  • Update firmware and finalize configuration


9.  Go Live and Promote

  • List on platforms: Google Maps, PlugShare, ChargeHub

  • Display clear usage instructions and support contacts

  • Consider marketing campaigns to local fleets or EV user groups


10.  Ongoing Operations & Maintenance

  • Establish an O&M plan:

    • Cleaning

    • Visual inspections

    • Firmware updates

    • 24/7 hotline for users

  • Monitor analytics: power usage, uptime, session duration

  • Optimize pricing based on utilization patterns


Bonus for 2B Users: Monetization Models

ModelDescription
Pay-per-useSet price per kWh or time
SubscriptionMonthly fee for unlimited access
Fleet leasingB2B contracts for logistics or taxi companies
Ad-supportedRevenue from digital displays or sponsorships

Final Checklist

  • Site ready and power available

  • Permits approved

  • Hardware and CMS selected

  • Installation by licensed professionals

  • Chargers tested and operational

  • Listed on public directories

  • Maintenance schedule activated

1. Commercial Charging Programs & Incentives in Virginia

Dominion Energy Solutions

  • Offers two key programs:

    • Level 2 Charging Program — Covers 50% of installation and make‑ready costs, with remaining fees billed over 10 years on-site electricity. You can opt for Dominion-owned or customer-owned installations

    • Fleet Charging Program — Similar structure but tailored for fleets, with advisory services from CLEAResults. Requires at least two ports per site. Dominion handles make‑ready construction; ongoing payments via utility bill

  • EJC Program (Environmental Justice Community Initiative):

    • Focuses on underserved communities.

    • Offers no-cost installation and maintenance for Level 2 charging (or DCFC for fleets) when project qualifies under criteria

Public and Local Programs

  • Charlottesville EV Charging Infrastructure Grant: Covers up to 33 % of project cost (max $4k per Level 2 port; $110k for DCFC), requires public accessibility near commercial zones

  • Fairfax County Permit Fee Waiver: Through October 2025, all permit/inspection fees for EVSE installations are waived for commercial and HOA developments


2. Key Hardware & Network Options

  • Dominion Energy and EV Connect (as approved vendor) supply OCPP-compliant hardware, warranty-backed installation, network connectivity, and full lifecycle support via their infrastructure pilot programs

  • Large charging providers like Electrify America operate depots in Virginia (Reston HQ), offering DC fast chargers (CCS, CHAdeMO, and soon NACS) with networked management options for site hosts


3. Setup & Operating Models

Turnkey “Charging-as-a-Service” (CaaS)

  • No upfront capex or O&M burden.

  • Operators (e.g., Dominion, EV Connect) install and operate systems.

  • Customers pay over time (kWh or fixed monthly billing).

  • Ideal for businesses seeking scalability with minimal operational effort

Self-Ownership Model

  • Customer buys and owns equipment and manages operations.

  • May still qualify for Dominion rebates and support for installation.

  • Offers greater control and potential ROI through revenue generation.


4. Deployment & Design Considerations

  • Eligible projects typically require a minimum of 2 connectors per site for Level 2 and 4+ connectors for DCFC or transit/fleet use

  • Chargers must be:

    • Networked with managed charging and load balancing (OCPP 1.6+)

    • ENERGY STAR and UL listed

    • Rated for 10‑year lifespan with warranty options


Summary Table

AspectDetails
Programs AvailableDominion Level 2, Fleet Charging, EJC, Local municipal grants
Funding StructureUp to 50% of costs, often supported through make‑ready incentives or tax credits
Eligible SitesCommercial, multi-family, workplace, transit, fleet, underserved communities
Provision Model OptionsCharging-as-a-Service or Self-Owned
Hardware RequirementsOCPP-compliant, certified charging units, 10-year lifespan
Minimum Stations Required≥2 ports (L2); ≥4 ports for fleet/DCFC
Local Permit SupportLoad-free permit waiver programs in counties like Fairfax

How to Engage:

  1. Evaluate eligibility for Dominion or local grants (based on site type and location).

  2. Choose a deployment model:

    • Turnkey via Dominion Energy or EV Connect for ease and bundled support.

    • Self‑owned model if you want full control and possible revenue generation.

  3. Select certified hardware and network providers (ChargePoint, EVBox, etc.) compatible with VA rebate requirements.

  4. Prepare site layout and submit permit applications (often fee-exempt in VA jurisdictions).

  5. Coordinate utility make-ready work and infrastructure upgrades.

  6. Install, commission, and list charging stations for public access and billing.

1. Utility-Enabled Commercial EV Charging Solutions

Dominion Energy Commercial Programs (VA)

Level 2 Charging Program

  • Provides 50% incentive for make‑ready EV infrastructure on commercial sites — the remaining cost can be paid through monthly on-bill financing over 10 years.

  • Offers both turnkey installation & ongoing O&M or a self‑owned model. Must install at least two Level 2 stations.

Fleet Charging Program

  • Designed for fleets with 10+ vehicles and a minimum of two Qualifying stations.

  • Includes fleet advisory service via CLEAResults, infrastructure support, and revenue model over 10 years.

Environmental Justice Community (EJC) Program

  • Offers no-cost charging infrastructure and maintenance to eligible customers in designated underserved communities. Requires at least two Level 2 ports or DCFC for fleets.


2. Business Model Options for Commercial Hosts

Charging-as-a-Service (CaaS)

  • Ideal for commercial property owners who don’t want upfront cost or operational burden.

  • EV provider installs and operates the charging stations; property owner earns revenue share or access fees.

Self‑Ownership Model

  • Offers full control and revenue potential.

  • Owner finances and maintains hardware and operations, while still qualifying for utility incentives.


3. Product & Network Considerations for Operators

  • Hardware requirements: Must be networked (OCPP 1.6+), UL-listed, ENERGY STAR certified, outdoor-rated, and capable of supporting multiple EV types.

  • Network management: Use platforms such as EV Connect (approved under Dominion’s SCIPP program), which offer remote monitoring, billing integration, warranty coverage, and 24/7 support.


4. Site Planning & Regulatory Compliance

  • Minimum ports: Two Level 2 connectors per site (four+ for DCFC or fleet sites) as mandated by most programs.

  • Permit & inspection process: Follow Virginia’s Uniform Statewide Building Code—zoning, electrical permit, plan review, and construction inspection are mandatory. Some counties (e.g., Fairfax) waive permit fees through late 2025.

  • ADA Access: Ensure compliant charger access aisles and signage per proposed federal guidelines.


5. Financial Incentives & Cost Offset

  • Dominion utility programs: 50% make-ready cost coverage (Level 2 or Fleet), with balance financed via bill installments.

  • City/local grants: Examples include Charlottesville providing 33% cost coverage (up to $4k for Level 2 and $110k for DCFC).

  • State tax credits: Up to $2,500 (10% of installation cost) for businesses installing EV charging equipment.


6. Why EV Charging Benefits Commercial Properties

  • Adds value to properties, attracting EV-driving tenants and customers.

  • Can generate rental or revenue share income via charging-as-a-service models.

  • Enhances sustainability credentials for upcoming ESG mandates.


7. Quick Setup Lifecycle (2B Perspective)

  1. Assess eligibility for utility or local grants.

  2. Select deployment model: turnkey vs. self-owner.

  3. Choose certified hardware and network provider.

  4. Submit permits & coordinate with utility for make-ready work.

  5. Install and commission chargers, ensuring compliance.

  6. Activate OCPP network service and billing.

  7. List stations publicly using directories like PlugShare or Google Maps.

  8. Monitor performance, maintain uptime, refine pricing.


Summary

For commercial properties in Virginia:

  • Dominion Energy’s utility programs ensure funding and support.

  • OCPP‑enabled, networked chargers (e.g., ChargePoint, EV Connect hardware) deliver flexibility and remote control.

  • Choose between self‑owned or service models based on your capital, staffing, and revenue goals.

  • Permits, ADA compliance, and local grants are key steps to ensure regulatory and financial success.

Commercial EV Charger Warranty Overview

1. Standard Manufacturer Warranty

Most commercial EV chargers come with a standard limited warranty that includes:

ComponentTypical Coverage PeriodCoverage Scope
Charging Hardware2 to 5 yearsDefects in materials or workmanship
Software & Firmware1 to 3 yearsUpdates, bug fixes, license access
Cable & Connectors1 to 3 yearsWear-and-tear exclusions may apply
Display Screens1 to 2 yearsPixel failures, moisture ingress

Brands like ChargePoint, ABB, Delta, and Siemens typically offer 3–5 years for Level 2 and DC fast chargers.


2. Extended Warranty Plans (Optional)

Most vendors offer optional extended service plans for an additional cost. These may include:

  • Additional years of parts & labor coverage (often up to 10 years)

  • 24/7 remote monitoring & diagnostics

  • Priority tech support

  • On-site repairs or replacements within 48–72 hours

  • Annual preventive maintenance (PMI) checkups

  •  Examples:

  • ABB Care: Extended warranty + preventive maintenance

  • EVBox Care: Up to 10-year coverage with repair or replacement

  • ChargePoint Assure® Pro: Includes SLA-based support, uptime guarantee, and software/firmware updates


3. Warranty Coverage Exclusions

Most warranties exclude:

  • Damage from improper installation

  • Acts of God (e.g. lightning, flood, etc.)

  • Vandalism or misuse

  • Third-party modifications

  • Use of non-approved accessories


4. Compliance Requirements

To maintain the warranty:

  • Chargers must be installed by certified technicians

  • Use must comply with manufacturer specifications

  • Preventive maintenance logs (if required) must be maintained


5. Recommendations for B2B Buyers

  • Always request a warranty certificate at time of purchase

  • Consider bundling with service contracts or maintenance packages

  • Ensure OCPP compliance for long-term software support

  • For mission-critical sites (e.g. fleets or commercial hubs), choose Assure-type premium plans to minimize downtime