Electric Vehicle Supply Equipment

3 Phase16A EV Charger - China Manufacturer for EV Solutions

Supply the 3 Phase16A EV Charger for commercial fleets and workshops. I'm a China-based Manufacturer and I know what B2B buyers need: reliability, easy integration, and steady after-sales support. This charger delivers three-phase 16A output, robust enclosure, IP54 rating, plug-and-play wiring, CE/UL compliance, built-in safety features (fault protection, overcurrent, short-circuit). It is designed for fleet depots, workplace charging, and hospitality partners. I can offer competitive pricing, small MOQ, flexible certification support, and OEM/ODM options. The compact form factor fits tight electrical rooms, and the modular design makes future upgrades easier. On-site installation assistance, technical documentation in multiple languages, and quick replacement stock ensure less downtime. If your project requires traceable QC and scalable supply, I’m ready to partner with you. Let’s discuss your charging capacity, connector type, and enclosure finish; I’ll tailor a solution that keeps your operation running and your costs predictable.

Hot Selling Product

3 Phase16A EV Charger Now Trending More Than a Supplier - A Partner

Across fleets, campuses, hotels, and retail sites, a 3-phase 16A EV charger is trending from supplier to partner. Delivering up to ~11 kW, it speeds daytime charging and reduces downtime, while a modular design eases multi-point deployments. Key strengths include robust protection, overcurrent and leakage safeguards, temperature monitoring, and a rugged enclosure for indoor or outdoor use. With broad EV compatibility and compliance to international standards, buyers gain reliable interoperability today and as electrification grows. For global buyers, a true partner offers steady supply, flexible customization, and value-added services. Features such as easy-installation kits, remote monitoring, firmware updates, and planned maintenance support uptime and performance. Tailored cable lengths, plug types, and enclosures fit diverse sites, while clear lead times and regional logistics reduce risk. By prioritizing reliability, after-sales support, and scalable solutions, organizations can future-proof their charging networks and optimize total cost of ownership.

{ 3 Phase16A EV Charger Now Trending More Than a Supplier - A Partner}
Model Output Power (kW) Phase Current per Phase (A) Connector Standards Efficiency (%) IP Rating Temperature Range (°C) Warranty (years) Availability Region Year Introduced Trend Score Installation Type Certifications
EV-3P16A-A1 11 3-Phase 16 Type 2 IEC 61851, IEC 62196-2 92 IP54 -25 to 50 3 Global 2022 78 Wall-mounted CE, UL
EV-3P16A-A2 11 3-Phase 16 Type 2 IEC 61851, IEC 62196-2 93 IP54 -20 to 50 4 EU, NA 2023 82 Wall-mounted CE, UL
EV-3P16A-A3 11 3-Phase 16 Type 2 / CCS1 IEC 61851, IEC 62196-2/ CCS1 90 IP54 -25 to 50 3 Global 2024 76 Wall-mounted CE, UL
EV-3P16A-B1 11 3-Phase 16 Type 2 IEC 61851, IEC 62196-2 88 IP54 -25 to 45 5 EU 2025 70 Pedestal CE
EV-3P16A-C1 11 3-Phase 16 Type 2 IEC 61851, IEC 62196-2 94 IP66 -15 to 50 5 Global 2021 90 Wall-mounted CE, UKCA
EV-3P16A-D1 11 3-Phase 16 Type 2 IEC 61851 89 IP54 -20 to 45 3 APAC 2020 65 Wall-mounted CE
EV-3P16A-E1 11 3-Phase 16 Type 2 + RFID IEC 61851, IEC 62196-2 91 IP54 -25 to 50 4 EU 2022 74 Wall-mounted CE, UL
EV-3P16A-F1 11 3-Phase 16 Type 2 IEC 61851, IEC 62196-2 87 IP54 -10 to 50 2 NA 2023 60 Pedestal UL

Related Products

Factory Direct Supply EVSE

3 Phase16A EV Charger Now Trending Exceeds Industry Benchmarks

Three-Phase 16A EV Charger Adoption by Region (Units, 2023-2026)

数据维度:区域分布与渗透增长
This chart analyzes the early adoption of 3 Phase16A EV chargers across six regions. The data dimension focuses on regional distribution and growth momentum, chosen to reveal where three-phase charging infrastructure is gaining traction and where challenges remain. Values reflect installations in the most recent year set and are intended to illustrate relative scale rather than precise forecasts. Asia-Pacific shows the strongest growth, driven by urbanization, fleet electrification, and rapid industrial development; Europe follows with robust deployment supported by incentives and network operators. North America demonstrates solid growth, led by metro areas and corporate programs, while Latin America and Africa show smaller absolute numbers but signs of acceleration through targeted financing and grid improvements. The Middle East, though modest in absolute terms, reveals strategic deployments in high-demand corridors and investments in high-capacity charging infrastructure. The distribution indicates that higher-capacity three-phase solutions are increasingly seen as essential for reducing charging times in commercial fleets, workplaces, and public networks. Methodology notes: The chart uses unit counts to indicate deployment scale, with the vertical axis scaled to the maximum value in the dataset. A 50-unit grid was chosen to balance readability and precision. Values are not a forecast but a snapshot meant to reveal regional strengths and gaps. The three-phase 16A specification matters because it provides faster charging than single-phase options and aligns with a wide range of installations, from office parking to transit hubs. However, actual utilization depends on grid capacity, transformer availability, and user demand patterns. This visualization supports market analysis by highlighting regional priorities and potential gaps in supply chains, service networks, and policy support. For richer insights, future work could incorporate time-series, capacity factors, and peak-load simulations to model longer-term charging demand. By combining these indicators with policy signals, stakeholders can strategize investments more effectively.

Top Selling Products