Electric Vehicle Supply Equipment

7kW AC EV Charger - China Manufacturer for EV Charging Solutions

I’m a China-based Manufacturer, and I’m here to offer a robust 7kW AC EV Charger that fits the needs of workshops, parking lots, and delivery fleets. Compact, reliable, and easy to install, it delivers efficient single-phase charging for residential or commercial use. I packed smart features like overload protection, PIN-coded access, and remote monitoring through our service portal, ensuring safer operation across sites. Compatible with Type 2 cables and standard IEC wiring, it scales from one charger to a multi-unit installation without complicated wiring. For B2B buyers, I align with flexible MOQ, competitive pricing, and fast lead times; I can customize cable length and branding to match your installer networks. Our company detail: {}.

Hot Selling Product

7kW AC EV Charger Is The Best Service Backed by Expertise

A 7kW AC EV charger offers a practical, widely compatible solution for drivers, office campuses, and fleet operators. With stable charging power, it enables predictable overnight or daytime top-ups, helps manage energy demand, and integrates with common electrical configurations and building management systems. Designed for reliability, it features robust protection, user safety, and environmental tolerance to ensure safe operation across diverse climates. Service backed by deep expertise means more than equipment—it means local know-how, rigorous QA, and end-to-end support from installation to ongoing maintenance. From compliance with international standards, to remote diagnostics, spare-parts readiness, and timely repairs, a trusted partner helps ensure uptime, predictable total cost of ownership, and peace of mind for procurement teams around the world.

{ 7kW AC EV Charger Is The Best Service Backed by Expertise}
Dimension Value Notes
Power Output 7 kW AC Level 2 charging capability
Rated Voltage 240 V (±10%) Nominal AC input
Rated Current ≈ 30 A At 240 V; supports continuous operation
Connector Type Type 2 (IEC 62196-2) Standard European socket
Cable Length 5 m Integrated or detachable options
Charging Efficiency ≈ 94% AC input to EV-side
Operating Temperature −20 to 50 °C Outdoor-friendly range
IP Rating IP54 Dust and splash resistance
Safety Standards IEC 61851-1, IEC 62196-2 Compliance with core EV charging norms
Protection Type RCD Type A + DC leakage detection Overcurrent/short-circuit protection
Remote Diagnostics Supported Alerts via cloud/app
On-site Support 24/7 Response within SLA (typical 4 hours)
MTBF 500,000 hours Reliability indicator
Warranty 3 years Hardware coverage
Installation Time 1–2 hours Professional installation recommended
Certification CE, EN compliance Market certifications
Annual Maintenance Annual check recommended Ensures performance and safety

Related Products

Factory Direct Supply EVSE

7kW AC EV Charger Industry Giant Ahead of the Curve

New Data Title: Regional Installations by Region for 7kW AC EV Chargers (2024)

This chart presents regional installation data for 7kW AC EV chargers during 2024. The framework is intentionally simple to illuminate differences in market maturity, policy support, and grid readiness across regions. By visualizing units installed per region, the chart conveys not only the scale of deployment but also the relative emphasis that each market places on Level 2 charging as a foundational service for early adopters and urban dwellers. Asia-Pacific shows the largest footprint, driven by rapid EV adoption cycles in major economies and robust public and private investment. Europe and North America follow, reflecting mature charging ecosystems, standardized interoperability, and growing demand from both residential customers and enterprises. Latin America lags behind, highlighting a combination of infrastructure constraints and developing incentives, while Africa and the Middle East show smaller absolute numbers but rising momentum in capital cities and new housing developments. The 7kW configuration is particularly relevant for home charging and multi-family properties where 7 kW can deliver a practical daily charging capacity without requiring expensive upgrades to the electrical service. The observed pattern suggests that policy design, including incentives for home installation, workplace access, and simplified permitting, plays a decisive role alongside consumer income and urban density. Additionally, grid capacity and peak demand management influence where and how many chargers can be installed in a given year. The data also underscores the importance of accessible, user-friendly charging experiences to encourage broader user adoption. While the numbers capture a snapshot in time, they provide a meaningful cross-section of regional progress and can help stakeholders align product offerings, go-to-market strategies, and infrastructure investments with local needs. As markets evolve, the relative gaps among regions may shift, reinforcing the value of ongoing measurement and flexible deployment strategies.

Top Selling Products