Top China Community Charging Solutions Manufacturers & Exporter

Pioneering High-Performance Smart Charging Systems, Tailored Infrastructure & Global Grid Integration Strategies

Leading Infrastructure Systems

High-reliability AC & DC fast charging stations designed for residential clusters, commercial workplace complexes, and distributed utility grids.

Smart 32A EV Charging Station
Electric Car Factory Direct Smart 32A EV Charging Station Power Supply, LCD Display with Overcurrent & IP54 Protection for Home Use
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Solar-Powered 60kw DC EV Charger
Solar-Powered 60kw DC EV Charger for Australian Outback with off-Grid Capability
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150kw Fast DC Electric Car Charger
150kw Fast DC Electric Car Charger EV Charging Station CCS Ocpp Electric Car Charger
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AC 22kw 44kw Public Charging Station
AC 22kw 44kw Public Charging Station with Dual Cable Free Standing EV Charging Station
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Portable Mobile EV Charger 20kw
Portable Mobile EV Charger 20kw DC Fast Charger Electric Car Charging Station
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Evpro Premium EV Charging Solution
Evpro Premium EV Charging Solution-Global Charging Station Locator, Charging Management, Membership Recharge & Points Program, Ios & Android
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Evp 8300 CE Certified IP54 Waterproofing
Evp 8300 CE Certified IP54 Waterproofing Moreday 250kw-480kw DC EV Fast Electric Car Charger with Excellent Design Delivering an Ideal EV Charging Solution
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60kw-360kw Solar Powered DC EV Charger
60kw 80kw 120kw 160kw 180kw 240kw 320kw 360kw Wall Mobile Rapid Fast Solar Powered DC Electric Vehicle Car Battery EV Charger
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Guangzhou Amp Link Charger Co., Ltd.
Empowering Global Electrification with Uncompromising Quality

Guangzhou Amp Link Charger Co., Ltd. is a leading high-tech enterprise from China, specializing in the production, research, and sales of electric vehicle charging equipment. Our comprehensive product portfolio includes home AC charging stations, portable AC chargers, and DC fast charging stations.

Our corporate goal is to build a first-class enterprise and create an international brand. Through our continuous and unremitting efforts, we have now exported our products to more than 20 countries, such as the United States, the United Kingdom, Germany, and France. Our products have passed CE, CQC, and other domestic and foreign authorities issued by the quality inspection certification, and the application of a number of invention patents in the product.

  • Global Export Presence: Operational track record in 20+ countries, complying with local grid codes (UL, CE, CQC).
  • Safety-First Engineering: Pre-market load verification, ISO 9001 compliance, and Type B RCD integration.
  • Comprehensive R&D: Industry-leading modular architecture supporting scalability from 7kW to 480kW.
Amp Link Charger Manufacturing Plant

Global Landscape of Shared and Community EV Charging

The global transition to electric mobility demands a paradigm shift from private residential charging to high-density, shared-resource, and municipal charging environments. As multi-family dwellings, corporate parks, and urban centers deploy charging stations, the technical focus shifts to scalability, network safety, and load management.

20+
Countries Deployed
480kW
Max Output Power
100%
CE & CQC Certified
IP54/65
Environmental Rating

In North America and Europe, Multi-Unit Residential Buildings (MURBs) represent the largest untapped opportunity for EVSE (Electric Vehicle Supply Equipment) deployment. Municipal mandates for "EV-ready" construction require community charging solutions that can communicate via OCPP (Open Charge Point Protocol) to enable billing, access control, and dynamic load balancing. Without intelligent management, retrofitting existing structures can cause utility transformer overloads, leading to millions of dollars in unnecessary grid upgrading fees.

Concurrently, in South America and the Asia-Pacific region, the expansion of high-voltage DC fast-charging networks in workplaces and logistical fleet hubs is accelerating. Commercial operators look for multi-bay DC chargers (ranging from 60kW to 240kW+) that support dynamic power distribution, allowing them to serve several fleet vehicles at once without throttling the grid.

Quality Inspection and Testing Line

Supply Chain & Manufacturing Efficiency Dynamics in China

Our product development philosophy prioritizes safety and compliance. Guangzhou Amp Link Charger Co., Ltd. attaches great importance to quality and technology. Each product undergoes testing and validation before hitting the market. We promise that all product parts are sourced from strictly selected quality suppliers, allowing us to maintain robust hardware performance and price stability.

China's unmatched manufacturing efficiency stems from localized component ecosystems. From power module production and microcontrollers to the raw silicone materials for charging cables, our fully integrated supply chain reduces shipping transit times and eliminates intermediate assembly costs.

  • Component Integrity: Strictly audited supply partnerships for relays, contactors, and high-frequency transformers.
  • Automated QC: Automated Optical Inspection (AOI) and thermal aging chambers guarantee zero-defect boards.
  • Dynamic Optimization: Rapid adaptation to changes in global standards (such as OCPP 2.0.1, V2G protocol modifications, and regional grid certifications).

Tailored Global Deployments

A single standard cannot satisfy the diverse geographical and electrical standards of the international market. We engineer modular hardware platforms designed for specific operating environments.

Multi-Family Residential Areas

High-density residential clusters benefit from 22kW/44kW dual-cable AC chargers or smart 32A chargers. By implementing Dynamic Load Balancing (DLB), a building manager can install 20 charging stations on a service panel rated for 5, significantly reducing capital expenditure.

Workplace & Commercial Depots

For corporate fleets, we deploy OCPP-compliant 120kW to 240kW DC fast-charging terminals. Integration with our Evpro Premium EV Charging Solution enables app-based payment terminals, station locators, and automated corporate mileage reimbursement features.

Off-Grid Outback Infrastructures

Our solar-powered 60kW DC EV chargers operate in off-grid configuration, combining photovoltaic capture with battery energy storage systems (BESS). These installations are engineered to withstand extreme climates, such as the Australian outback and remote desert environments.

Technology Trends Transforming EV Infrastructure

The EVSE sector is moving past plug-and-charge configurations towards fully grid-integrated smart assets.

1. Bidirectional Charging (V2G/V2H) & ISO 15118 Interoperability

Next-generation EV chargers function as bidirectional nodes. Using ISO 15118 (Plug & Charge) communication standards, our systems establish secure handshake sessions with vehicles, allowing grid operators to draw power back from EV batteries during peak demand periods.

2. Battery-Assisted Microgrid Integrations

Integrating renewable energy with high-output DC charging systems reduces grid connection requirements. By pairing 90kW hybrid solar chargers or 51.2V 460Ah home accumulators with our EVSE, properties can store off-peak electricity and discharge it during high-demand daytime windows.

3. Ultra-Fast High-Voltage Charging (Up to 480kW)

With passenger EVs moving toward 800V architectures, legacy 400V chargers are becoming obsolete. Amp Link designs are future-proofed, offering liquid-cooled connector cables and charging voltages up to 1000V. This configuration reduces recharge sessions from hours to under fifteen minutes.

System Engineering Selection Matrix

Technical specifications comparing AC and DC charging platforms for commercial infrastructure planning.

Parameter / Option Smart AC Chargers (7kW - 22kW) Dual-Cable AC Stations (22kW - 44kW) DC Fast Charging Systems (60kW - 180kW) Ultra-Fast DC Systems (240kW - 480kW)
Target Application Home & Light Commercial Apartments Public & Municipal Workplaces Logistical Fleet Hubs & Depots Highway Corridors & Fuel Stations
Grid Connection Single-Phase / Three-Phase AC Three-Phase AC (Hardwired) Three-Phase AC (Direct Rectified) Three-Phase High Voltage (With Transformer)
OCPP Support OCPP 1.6J JSON OCPP 1.6J / OCPP 2.0.1 Ready OCPP 1.6J / OCPP 2.0.1 Integrated OCPP 1.6J & 2.0.1 (Plug & Charge)
Protection Level IP54 / IK10 IP54 / IK10 IP54 / IK10 (Outdoor Certified) IP55 / IK10 (Liquid Cooled Option)
Billing Solutions Mobile App (Bluetooth/Wi-Fi) App, RFID Card Reader RFID, Credit Card Terminal, ISO 15118 ISO 15118, RFID, Integrated POS Systems

Frequently Asked Technical Questions

Decisive technical guidance for engineering teams, grid operators, and procurement officers.

1. How do you implement Dynamic Load Balancing (DLB) in community charging environments?
Our chargers monitor real-time energy use at the main panel via current transformers (CTs) or smart energy meters. When total facility demand spikes, our OCPP charging controller automatically throttles power delivery to connected EVs. Once household/commercial baseline loads drop, the station scales charging current back up, avoiding panel overload fees.
2. Does your equipment support integration with existing OCPP billing platforms?
Yes. All Amp Link commercial chargers are OCPP 1.6J compliant, with select models upgradeable to OCPP 2.0.1. They connect with third-party software platforms (such as Greenlots, ChargePoint, and AMPECO) via WebSocket connections, ensuring compatibility with your billing and customer database integrations.
3. What safety features are integrated into the 32A and 22kW/44kW AC chargers?
Safety is the foundation of our engineering process. Our AC systems include Type B RCDs (6mA DC + 30mA AC leak detection), over/under voltage monitoring, overcurrent safety switches, grounding fault protection, and thermal sensors in the plug connectors to prevent high-resistance thermal failures.
4. How do solar-powered DC charger stations perform under off-grid configurations?
Our off-grid solar DC chargers integrate solar MPPT inputs with battery storage packs. The solar array charges local batteries, which act as a buffer. The station then pulls power from these batteries to supply stable DC fast charging to vehicles at up to 60kW, protecting against fluctuating solar radiation in remote areas.
5. Can your systems operate reliably in extreme sub-zero or high-desert temperatures?
Yes. The housing and electronic subsystems are rated for IP54 / IP65 water/dust resistance. They feature automatic thermal management (internal heater matrices for cold starts down to -30°C and active fan cooling to manage heat in temperatures up to 55°C without current derating).
6. What is the advantage of using a dual-cable AC station over two single stations?
A dual-cable AC charger allows two vehicles to charge from a single electrical panel drop, reducing installation footprint, conduit requirements, and structural installation labor costs. It simplifies billing and communications setup by routing operations through one main logic board.
7. Are your manufacturing facilities certified under international quality guidelines?
Yes. Our production facilities hold ISO 9001 and ISO 14001 certifications. Our products hold CE and CQC marks, and we undergo regular factory audits by international testing agencies to ensure consistent quality standards.
8. What is the typical life expectancy and maintenance cycle of the fast DC charger?
Our systems have a design life of 10+ years with periodic maintenance. The power modules are modularly structured, allowing technicians to replace individual units without taking the entire charging station offline. Routine filter changes and cable wear checks should be scheduled annually.
9. What are the benefits of the EVPRO premium management app for community operators?
The EVPRO software platform provides community operators with remote station diagnostics, firmware upgrades, dynamic pricing settings, reservation options, and custom loyalty programs. It is available on iOS and Android platforms to simplify management for multi-tenant properties.
10. Do you provide custom OEM configurations for power ratings and branding?
Yes, we provide end-to-end OEM and ODM support. We customize housing colors, logo branding, interface software, and cable lengths, and can adapt the internal power module configuration to meet specific voltage requirements in your local market.

Commercial Deployment Solutions

Enterprise solutions including ultra-fast charging hardware and residential/commercial energy storage installations.

Multi-Bay DC EV Charger
China Factory Manufacturer Ocpp1.6 2.0 Multi-Bay Workplace 60 80 120 160 180 240kw DC EV Electric Vehicle Car Charger Charge Charging Station
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OEM Ultra Fast EV Charger
OEM Public 120 150 180kw Ultra Fast EV Charger for Electric Fleets DC Charging
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80kw DC Fast Charging Station
80kw DC Electric Car Fast Charging Station EV Charger Manufacturer Supplier Wholesale EV Charging Station
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Advanced Portable Energy Storage
Advanced 51.2V 460ah Portable Energy Storage Solution for Homes
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Efficient Residential PV Accumulator
Efficient Residential PV Accumulator One Bat/2.56 Kwh~Four Bat/10.24 Kwh APP Control Tailored Selections Discreet Integration Cost-Effective Protection
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Smart Energy Storage Charging System
Nancome Smart Energy Storage Charging System for Solar Hybrid Charging with 90kw
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Flexible 180kw EV Charger
Flexible Multi-Standard 180kw EV Car Charger Charging Station for Public Stations, Fleet Depots, and Commercial Parking Facilities
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Reliable Solar Energy Storage
Reliable off-Grid Solar Energy Storage Solution for Remote Areas
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Power Your Infrastructure Transition

We invite prospective clients, engineering partners, and EVSE distributors worldwide to work with us, establishing highly reliable infrastructure for the electric vehicle era.

Connect with Our Technical Sales Team