Intelligent Charging Modules and Commercial Grid Edge Storage Solutions
Guangzhou Amp Link Charger Co., Ltd. stands as a premier high-tech enterprise originating from China's industrial heartland, dedicating extensive capital and scientific resources to the production, research, development, and distribution of state-of-the-art electric vehicle (EV) charging hardware and integrated smart energy management solutions.
Our expansive global product portfolio spans residential AC smart chargers, mobile emergency charging stations, high-power DC fast-charging terminals, and unified SaaS network management applications. We cater systematically to international charge point operators (CPOs), fleet logistics groups, municipal infrastructure departments, and distribution networks, engineering hardware designed for heavy duty and high availability.
"Our corporate goal is clear: to build a first-class enterprise and forge a respected international brand. Through unyielding quality enforcement and forward-looking research, we have successfully deployed EVSE hardware across more than 20 countries, including the United States, the United Kingdom, Germany, France, and northern Europe."
All core infrastructure models carry authoritative testing marks from standard bodies worldwide, including CE and CQC, backed by custom-developed intellectual property and system patents across power converter topography and safety mechanisms.
The global transition to electrified mobility requires not only raw materials but a dense, highly efficient manufacturing system that minimizes time-to-market. Chinese EVSE factories achieve significant cost and design benefits through vertical integration, grouping advanced manufacturing clusters together. This ensures that essential parts—such as high-grade magnetic cores, power converters, control chips, cooling modules, and heavy-duty sheet metal casings—are designed and manufactured with minimal logistical delay.
By producing advanced PCB assemblies, dynamic liquid-cooled cables, and high-efficiency SiC switching units under one roof, we eliminate intermediate supply chain markups while retaining total quality control.
Our in-house fabrication facilities for outdoor sheet metal enclosures allow rapid custom modification. Whether you need physical component reconfiguration, specific branding, or localized mounting frames, we speed up development and delivery timelines.
We leverage massive purchasing power for critical materials like high-grade copper wiring and industrial contactors. This allows us to offer competitively priced products without sacrificing materials, structural durability, or electrical safety.
Deploying charging stations across diverse markets requires strict adherence to international electrical, mechanical, and safety regulations. As an established global exporter, Guangzhou Amp Link Charger Co., Ltd. prioritizes localized compliance to ensure smooth integration with regional power grids.
Our fast DC charging models are built on versatile system architectures that support major charging interfaces—including CCS2 (European Standard), NACS (North American Standard), and GB/T (Chinese Standard). This guarantees reliable connectivity with various EV brands and networks globally.
Additionally, we implement strict electrical protection schemes inside each station, including:
As EV battery capacities grow, high-speed DC charging stations place a heavy load on local power grids. Simultaneously installing several 120kW to 360kW DC chargers can exceed the capacity of local distribution lines, resulting in high grid demand charges.
To address this challenge, Amp Link offers the integrated Solar-Storage-Charging (SSEC) model. By combining highly efficient photovoltaic converters, advanced lithium iron phosphate (LFP) energy storage systems, and dynamic fast-charging stations, we build reliable microgrids that optimize energy usage at the grid edge.
| System Component | Technical Features | Grid Benefits |
|---|---|---|
| Smart Hybrid Inverters (30kW - 40kW) | Multi-channel MPPT tracking; dual-mode grid-connected or island operation. | Converts solar energy efficiently while reducing reliance on grid power. |
| LFP Battery Systems (5kWh - 100kWh+) | High energy density; 5-year warranty; built-in battery management system (BMS). | Shaves peak load demand and provides emergency power backup. |
| Dynamic Load Balancing (DLB) | Adjusts charging currents in real time based on active building loads. | Prevents local transformer overload and reduces high utility fees. |
Charging infrastructure must match the specific needs and patterns of its location. Amp Link designs modular hardware and software systems tailored for various regional and commercial environments.
Designed for public streets and municipal curbs, using heavy-duty sheet metal enclosures with IK10 impact resistance and IP55 protection ratings to handle outdoor weather and vandalism.
Features 150kW to 360kW DC fast chargers that enable rapid overnight replenishment for delivery vans and heavy trucks, reducing fleet downtime.
Uses dynamic load-balanced AC and low-power DC chargers (15kW to 40kW), managed through the Evpro App to schedule charging based on employee dwell times.
At Guangzhou Amp Link Charger, safety directs our product development. High-voltage power transmission carries inherent risks, which is why we test and verify every system before it leaves our facility. Every component—from primary contactors and isolation monitoring devices to internal microcontrollers—is sourced from strictly vetted suppliers to ensure reliability.
Our quality control process runs from incoming materials to final product testing. Each charger goes through high-current load testing, insulation resistance validation, and temperature rise checks. We also perform regular product audits on deployed systems, helping to eliminate quality compromises and ensure long-term durability in different climates.
Essential Sourcing & Engineering Answers for Operators
Open Charge Point Protocol (OCPP 1.6J & 2.0.1) compatibility allows charging stations to connect with management software from different providers. This gives network operators the flexibility to switch software vendors without replacing hardware, ensuring long-term utility for the infrastructure.
Dynamic Load Balancing monitors building energy demand in real time. When local consumption rises, the system dynamically adjusts the charger output power, protecting the facility's electrical service from exceeding capacity limits.
Lithium Iron Phosphate (LFP) chemistry offers superior thermal stability, safety, and cycle life compared to Lithium Nickel Manganese Cobalt (NMC). It typically retains capacity for over 5,000 cycles, providing a longer operational life for fixed energy storage applications.
Yes. Our in-house metal fabrication and engineering facilities support full OEM/ODM customization. This allows us to modify charging station dimensions, colors, logos, interfaces, and cable lengths to align with your brand standards.
Industrial Power Distribution and Mobile Application Platforms
Amp Link Charger
