By Joint Tech | April 1, 2026
Table of Contents
An EV charger manufacturer is a company that designs, engineers, and produces electric vehicle supply equipment (EVSE) — the hardware used to charge battery-electric and plug-in hybrid vehicles. These manufacturers supply everything from residential Level 1 and Level 2 AC units to high-power DC fast chargers capable of delivering 350 kW or more. The category spans original equipment manufacturers (OEMs) that build under their own brand, original design manufacturers (ODMs) that produce hardware for third-party labels, and vertically integrated companies that combine charger production with network operations or vehicle manufacturing.
The global market for EV charging equipment has grown rapidly alongside electric vehicle adoption. According to Market Data Forecast, the global EV charger market was valued at USD 20.45 billion in 2024 and is projected to reach USD 76.87 billion by 2033, at a compound annual growth rate (CAGR) of 15.85%. Asia-Pacific led all regions with a 45.5% market share in 2024. Despite this scale, the market remains highly fragmented — no single EV charging equipment manufacturer holds more than 20% share, according to the IEA Global EV Outlook. Understanding who makes charging hardware, how manufacturers differ, and what certifications to require is essential knowledge for fleet operators, charge point operators (CPOs), utilities, and procurement teams.
What Is an EV Charger Manufacturer?
An EV charger manufacturer — also called an EVSE manufacturer or electric vehicle charger maker — is a hardware company responsible for the complete production lifecycle of EV charging equipment. This includes component sourcing, printed circuit board (PCB) design, firmware development, enclosure engineering, safety testing, and certification management. The output ranges from simple Mode 2 portable cables to complex multi-port DC fast charging stations with integrated energy management systems.
Manufacturers are distinct from charge point operators (CPOs), who deploy and manage charging networks, and from e-mobility service providers (eMSPs), who handle driver-facing apps and billing. Some companies play multiple roles simultaneously — a manufacturer may also operate its own network — but the manufacturing function specifically refers to the physical production of charging hardware. Key differentiators between manufacturers include power output ranges, supported connector standards (such as CCS1, CCS2, Type 2, CHAdeMO, and NACS), software stack maturity, certification portfolio, and OEM/ODM capability.
Types of EV Charger Manufacturers
The EV charger manufacturing landscape is not monolithic. Manufacturers fall into several distinct categories based on their business model, product focus, and go-to-market approach. Procurement teams benefit from understanding these distinctions before evaluating suppliers.
By Charging Level and Power Output
- AC charger specialists: Focused on Level 2 alternating current (AC) charging, typically 3.7 kW to 22 kW. Products cover residential wallboxes, commercial parking lot units, and fleet depot chargers. Common connector standards include Type 2 (IEC 62196) and SAE J1772.
- DC fast charger manufacturers: Produce direct current (DC) fast chargers, ranging from 30 kW entry-level units to 350 kW ultra-fast chargers. These require more complex power electronics and thermal management. Standards include CCS1, CCS2, CHAdeMO, and the North American Charging Standard (NACS).
- Dual-capability manufacturers: Build both AC and DC product lines, serving a wider range of applications from home charging to highway corridors. These manufacturers often supply white-label hardware for multiple markets simultaneously.
By Business Model
- OEM (Original Equipment Manufacturer): Designs and manufactures products sold under the company’s own brand. ABB, ChargePoint, and Wallbox are examples.
- ODM (Original Design Manufacturer): Produces hardware according to a client’s specifications and allows the client to sell under their own brand. This model is common among Chinese manufacturers supplying European and North American CPOs, utilities, and automotive brands.
- Vertically integrated manufacturers: Control the full value chain — charger hardware, network software, and sometimes vehicle manufacturing. Tesla is the most prominent example, having built the Supercharger network alongside its vehicles. BYD similarly produces both EVs and charging infrastructure.
By Geographic Focus
- Global leaders: European and North American manufacturers with established certification portfolios and multinational distribution (ABB, Siemens, Schneider Electric).
- Regional specialists: Companies with dominant positions in specific markets, such as EVBox in Europe or Blink Charging in North America.
- Export-oriented manufacturers: Primarily China-based manufacturers producing high volumes for global OEM/ODM clients, increasingly earning international certifications such as ETL, CE, CB, and UKCA to access regulated markets.
Top EV Charger Manufacturers in 2026
The following profiles cover thirteen leading companies across global and regional tiers. Rankings reflect market presence, product breadth, and certification depth rather than a single metric. Data is drawn from the IEA Global EV Outlook, company disclosures, and BloombergNEF’s Electric Vehicle Outlook.
1. ABB
Headquarters: Zurich, Switzerland. ABB is the dominant player in high-power DC fast charging, holding approximately 15% of the global DC fast charger market according to the IEA. Its Terra series spans 50 kW to 360 kW, with the Terra 360 capable of charging four vehicles simultaneously at up to 90 kW each. ABB supplies to highway operators, automakers, and retail fuel stations across more than 85 countries. Deep integration with grid management systems and a strong service network distinguish ABB at the enterprise tier.
2. Tesla
Headquarters: Austin, Texas, USA. Tesla’s Supercharger network, with over 50,000 active connectors worldwide, is the largest proprietary fast-charging network globally. Each V3 Supercharger delivers up to 250 kW. Following Tesla’s decision to open its NACS (North American Charging Standard) connector to other automakers, and the adoption of NACS by SAE International as SAE J3400, the Supercharger network is now accessible to non-Tesla EVs across North America. Tesla manufactures all Supercharger hardware in-house and licenses the connector standard separately from the hardware.
3. ChargePoint
Headquarters: Campbell, California, USA. ChargePoint operates one of the world’s largest open EV charging networks, with over 200,000 active charging ports across North America and Europe. As both an EV charger OEM and network operator, ChargePoint designs and manufactures hardware — including Level 2 AC stations and the Express Plus DC fast charger system — while providing a unified cloud software platform. The open-network model and robust driver app distinguish ChargePoint from proprietary network operators.
4. Siemens
Headquarters: Munich, Germany. Siemens produces the VersiCharge residential series and the SICHARGE D commercial DC fast charger (up to 200 kW), with particular strength in smart grid integration and demand management. The company’s energy automation expertise enables dynamic load balancing in complex commercial and utility deployments. Siemens equipment supports CCS2 and Type 2 connectors and integrates with building energy management systems (BEMS) using open communication protocols.
5. Schneider Electric
Headquarters: Rueil-Malmaison, France. Schneider Electric’s EVlink series covers residential, commercial, and fleet applications from 7.4 kW wallboxes to 24 kW multi-outlet stations. As a specialist in building energy management, Schneider Electric’s chargers integrate natively with its EcoStruxure platform, enabling site-level energy optimization alongside solar and battery storage. EVlink products carry CE, CB, and IEC certifications and are distributed through Schneider’s global partner network.
6. BYD
Headquarters: Shenzhen, China. BYD is unique among major manufacturers in producing both electric vehicles and charging infrastructure at scale. Its ultra-fast chargers support peak outputs above 480 kW for passenger cars and are paired with purpose-built BYD blade battery chemistry. BYD deploys charging solutions for its own fleet customers and offers standalone charging hardware internationally. Its vertical integration — batteries, EVs, chargers — provides cost and logistics advantages that few other manufacturers can match.
7. EVBox (Engie)
Headquarters: Amsterdam, Netherlands. EVBox, a subsidiary of French energy group Engie, is one of Europe’s leading commercial EV charger manufacturers. Its product range spans 3.7 kW residential units to 200 kW DC fast chargers. EVBox has shipped over 500,000 charging ports across more than 70 countries, with particular strength in workplace, retail, and hospitality deployments. Support for OCPP 1.6 and OCPP 2.0 protocols enables compatibility with a wide range of backend management platforms.
8. Wallbox
Headquarters: Barcelona, Spain. Wallbox distinguishes itself through bidirectional charging technology — its Quasar 2 home charger supports vehicle-to-home (V2H) and vehicle-to-grid (V2G) functionality using CHAdeMO and CCS protocols. The company also produces the Pulsar Plus Level 2 AC charger, widely adopted in North America and Europe, and the Commander commercial DC fast charger up to 60 kW. Wallbox has expanded manufacturing capacity with a Texas facility to serve the North American market more efficiently.
9. Joint Tech (JointCharging)
Headquarters: Xiamen, China. Founded in 2015, Joint Tech has established itself as a specialist EV charger OEM and ODM manufacturer with a demonstrated export track record. The company has deployed over 200,000 units across 60+ countries and holds 150+ patents, including 10+ invention patents and 3 US patents. The AC charger lineup covers 7.4 kW to 22 kW for global markets — browse the AC EV chargers for Type 2 global markets and dedicated AC chargers for North American markets — while the DC fast charger range spans 30 kW to 400 kW with CCS2 and NACS-compatible configurations available through the DC fast charger product range.
From a certification standpoint, the company achieved China’s first ETL certification for both commercial and residential EV chargers in 2021 — a significant milestone for mainland China-based manufacturers. The full certification portfolio includes ETL, CE, CB, TÜV, UKCA, TR25, Energy Star, EcoVadis Silver, Sedex, OCA, and Hubject (ISO 15118 Plug & Charge). Equipment is OCPP 1.6 and OCPP 2.0 compatible and has been integrated with over 100 major charging networks. Manufacturing is ISO 9001 and TS 16949 certified, and the Xiamen facility includes an accredited satellite testing lab recognized by Intertek and SGS. An energy innovation lab combining solar, storage, and EV charging — the Solar + Storage + EV Charging Hub — is also operated at the Xiamen campus. A new production facility in Malaysia is currently operational, extending the company’s international manufacturing footprint. The Joint EVC Series represents the flagship commercial line, and an integrated ESS + EV charging product category addresses combined energy storage and EV charging deployments. Recognized as a National High-Tech Enterprise in China since 2018, the company targets CPOs, fleet operators, utilities, and private-label importers globally.
10. Delta Electronics
Headquarters: Taipei, Taiwan. Delta Electronics brings deep power electronics expertise to the EV charging market, producing AC wallboxes, DC fast chargers from 25 kW to 350 kW, and ultra-fast charging systems. Delta’s background as a global supplier of power conversion components gives it a manufacturing cost and efficiency advantage. Products carry CE, UL, and CHAdeMO certifications and are deployed extensively across Europe, Asia, and North America in both public and fleet applications.
11. Blink Charging
Headquarters: Miami, Florida, USA. Blink Charging operates as both an EVSE manufacturer and network operator, deploying Level 2 AC and DC fast chargers across commercial, multifamily, and government locations in the United States and internationally. Blink offers flexible station ownership models — property owner-owned, Blink-owned, or hybrid arrangements — making it accessible to a range of host site types. Its IQ 200 DC fast charger delivers up to 60 kW, while the Series 9 targets highway corridor deployments at higher power levels.
12. Kempower
Headquarters: Lahti, Finland. Kempower specializes in modular DC fast charging architecture, allowing operators to add power output incrementally without replacing the full station. Its satellite-and-power-unit design suits high-utilization fleet depots, heavy transport corridors, and marine applications. Kempower’s T-Series supports outputs from 42 kW to over 600 kW aggregate and is particularly prominent in Nordic public charging infrastructure. The company has expanded distribution into North America and Southeast Asia.
13. Tritium
Headquarters: Brisbane, Australia. Tritium manufactures DC fast chargers for public highway and commercial applications, with its PKM and RTM series covering 50 kW to 350 kW. Products are manufactured at facilities in Tennessee, USA, and Brisbane, allowing for domestically manufactured content where required by incentive programs such as the US Bipartisan Infrastructure Law. Tritium equipment supports CCS1, CCS2, and CHAdeMO and is deployed by several major CPOs across North America, Europe, and Australia.
How to Choose an EV Charger Manufacturer
Selecting the right EVSE supplier requires evaluating technical specifications, regulatory compliance, supply chain reliability, and after-sales support. The following checklist is designed for fleet managers, CPOs, utilities, and procurement leads assessing suppliers for commercial or OEM/ODM engagements.
- Certifications for target markets: Verify that the manufacturer holds certifications required in your jurisdiction. ETL or UL for North America; CE and TÜV or CB for Europe; UKCA for the United Kingdom; TR25 for Singapore; Energy Star where energy efficiency ratings are required. Certification gaps can delay deployment by months.
- Power range and connector standards: Confirm the product lineup covers your required output (e.g., 7.4 kW AC for residential, 50–150 kW DC for public fast charging, 150–400 kW for highway or fleet rapid charging) and supports the correct connector standards for your vehicle fleet or customer base (CCS1 for North America, CCS2 for Europe, NACS for Tesla-compatible networks, Type 2 for European AC).
- OCPP protocol compliance: Ensure the hardware is compatible with Open Charge Point Protocol (OCPP) 1.6 at minimum, and preferably OCPP 2.0, to guarantee interoperability with your chosen back-end management system (CPMS). Lock-in to a proprietary protocol significantly limits network switching flexibility.
- OEM/ODM capability and minimum order quantity (MOQ): For white-label programs, confirm the manufacturer has dedicated ODM experience, including firmware customization, branded enclosure options, user interface localization, and clear MOQ thresholds. Ask for existing client references.
- Manufacturing certifications and quality systems: ISO 9001 (quality management) and, for automotive-grade supply chains, IATF 16949 (formerly TS 16949) certification indicate disciplined production processes. Request factory audit reports or third-party inspection certificates.
- Network integration track record: Ask how many charging networks the manufacturer’s equipment is currently live on. Broad CPMS compatibility reduces integration time and risk. Manufacturers with pre-certified integrations to major platforms (Greenlots, EV Connect, Driivz, Monta, etc.) accelerate deployment timelines.
- Warranty, field support, and spare parts: Understand the standard warranty period (typically 2–3 years for commercial hardware), whether remote diagnostics are included, and lead times for replacement parts. For high-volume deployments, confirm the availability of regional service partners.
- Supply chain resilience and secondary production sites: Single-factory manufacturers carry higher supply risk. Manufacturers with production in multiple countries (e.g., China plus Southeast Asia or Europe plus North America) offer greater resilience to logistics disruptions and tariff exposure.
- Smart charging and energy management features: For fleet depots or grid-constrained sites, assess whether the manufacturer’s hardware supports dynamic load management (DLM), demand response, solar integration, and bidirectional charging (V2G/V2H) where applicable.
- References and installed base: Request case studies or references from similar deployments. Manufacturers with 100,000+ units in the field in comparable markets carry lower technology risk than those with limited commercial deployment history.
EV Charger Manufacturer Comparison Table
The table below summarizes key attributes for the thirteen manufacturers profiled above. Data is drawn from manufacturer specifications, the IEA Global EV Outlook, and Polaris Market Research industry analysis.
| Manufacturer | Headquarters | Key Products | Power Range | Key Certifications | Specialization |
|---|---|---|---|---|---|
| ABB | Zurich, Switzerland | Terra series | 50–360 kW DC | CE, UL, CB, IEC | High-power public DC fast charging |
| Tesla | Austin, TX, USA | Supercharger V3, Wall Connector | Up to 250 kW DC | UL, ETL, SAE J3400 | Proprietary + open NACS network |
| ChargePoint | Campbell, CA, USA | CT series, Express Plus | 7.7 kW–62 kW+ AC/DC | ETL, CE, UL | Open network; OEM + CPO |
| Siemens | Munich, Germany | VersiCharge, SICHARGE D | 7.4–200 kW AC/DC | CE, TÜV, IEC | Smart grid integration |
| Schneider Electric | Rueil-Malmaison, France | EVlink series | 7.4–24 kW AC | CE, CB, IEC | BEMS + EV charging integration |
| BYD | Shenzhen, China | Ultra-fast chargers, fleet stations | Up to 480 kW DC | GB/T, CE, IEC | Vertically integrated EV + EVSE |
| EVBox | Amsterdam, Netherlands | Troniq, Elvi, BusinessLine | 3.7–200 kW AC/DC | CE, TÜV, CB | European commercial + residential |
| Wallbox | Barcelona, Spain | Pulsar Plus, Quasar 2, Commander | 7.4–60 kW AC/DC | CE, ETL, UL | Bidirectional V2H/V2G charging |
| Joint Tech | Xiamen, China | Joint EVC Series, AC & DC lines | 7.4–22 kW AC; 30–400 kW DC | ETL, CE, CB, TÜV, UKCA, TR25, Energy Star, EcoVadis Silver, Hubject | OEM/ODM; global export; Plug & Charge |
| Delta Electronics | Taipei, Taiwan | AC wallbox, DC fast charger series | 7.4–350 kW AC/DC | CE, UL, CHAdeMO | Power electronics; multi-market |
| Blink Charging | Miami, FL, USA | IQ 200, Series 9, Level 2 stations | 7.2–60 kW AC/DC | ETL, UL, ENERGY STAR | US network operator + OEM |
| Kempower | Lahti, Finland | T-Series satellite chargers | 42–600 kW+ DC | CE, TÜV, IEC | Modular fleet + heavy transport |
| Tritium | Brisbane, Australia | PKM, RTM series | 50–350 kW DC | CE, UL, CHAdeMO, CCS | US-domestic manufacturing; highway DC |
People Also Ask
What is the difference between an EV charger manufacturer and a Charge Point Operator (CPO)?
An EV charger manufacturer designs and produces the physical charging hardware — the station, cable, connector, power electronics, and embedded firmware. A charge point operator (CPO) installs, owns, and manages a network of charging stations, handling the site host relationships, pricing, billing, maintenance, and driver-facing services. The two roles are separate: a CPO typically sources hardware from one or more manufacturers and pairs it with a charging network management system. Some companies, such as ChargePoint and Tesla, perform both functions, but many CPOs procure hardware from dedicated manufacturers — including OEM/ODM specialists — and operate entirely independent software platforms.
Which EV charger manufacturer has the most certifications?
No publicly verified universal ranking exists for certification counts across all manufacturers. However, manufacturers targeting the widest range of geographic markets naturally accumulate the broadest certification portfolios. A manufacturer supplying North America, Europe, the United Kingdom, Singapore, and Australia simultaneously must hold ETL or UL, CE, TÜV or CB, UKCA, and TR25 certifications at minimum. Manufacturers that have additionally pursued ISO 15118 Plug & Charge certification through Hubject, Energy Star, EcoVadis sustainability ratings, and protocol interoperability certification through CharIN demonstrate the deepest compliance depth. Buyers should always request a current certificate register directly from the manufacturer and verify certificate validity through the issuing body.
Can I get a white-label EV charger from a manufacturer?
Yes. Many manufacturers — particularly those operating an EV charger ODM model — offer white-label hardware programs. These allow CPOs, utilities, retailers, and automotive brands to sell or deploy EV chargers under their own brand without managing the underlying manufacturing. A typical ODM engagement includes branded enclosure design, custom user interface (touchscreen or app) development, firmware configuration, localized certification support, and private-label packaging. Minimum order quantities vary widely by manufacturer and product type. When evaluating an ODM partner, confirm that the base product already holds the certifications required for your target market, as post-ODM re-certification can add significant cost and time. Manufacturers with existing globally certified AC and DC fast charger product lines are generally better positioned to accelerate white-label program timelines.
What certifications should an EV charger manufacturer have?
Required certifications depend on your deployment region. The core set by region is:
- North America: ETL (Intertek) or UL (Underwriters Laboratories) listed to UL 2594 for Level 2 AC or UL 2202 for DC; Energy Star for residential units; compliance with US DOE AFDC guidelines where applicable.
- European Union: CE marking per the Low Voltage Directive (LVD) and Electromagnetic Compatibility (EMC) Directive; TÜV or CB scheme test reports to IEC 61851 (EV conductive charging systems) and IEC 62196 (connectors).
- United Kingdom: UKCA marking, which replaced CE post-Brexit for products placed on the UK market after January 2023.
- Singapore / Southeast Asia: TR25 (Technical Reference 25) for EV supply equipment.
- ISO 15118 / Plug & Charge: Hubject eRoaming certification enables automated vehicle authentication and billing without RFID cards — increasingly required by automotive OEMs. Relevant to both North American DC fast chargers and global CCS deployments.
- Manufacturing quality: ISO 9001 quality management certification is the baseline. IATF 16949 (TS 16949) is the automotive-grade equivalent, expected by OEM customers in the automotive supply chain.
- Sustainability: EcoVadis Silver or Gold rating and Sedex membership are increasingly required by European procurement policies for supplier onboarding.
Always request the manufacturer’s current certificate register and verify certificate numbers directly with the issuing body (Intertek, SGS, TÜV, UL, etc.) before finalizing supplier selection. Certificates have expiry dates and scope limitations that may not be apparent in a manufacturer’s marketing materials.
Related resources: AC EV Chargers — Global Type 2 Markets | DC Fast EV Chargers 30–400 kW (CCS2) | DC Fast Chargers for USA & Canada (CCS1 / NACS) | ESS + EV Charging Systems | Joint EVC Series | About Joint Tech
