Explore our premium product portfolio designed for high efficiency, complete safety, and future-proof compatibility across commercial, industrial, and residential architectures.
Guangzhou Amp Link Charger Co., Ltd. is a leading high-tech enterprise from China, specializing in the production, research, development, and sales of electric vehicle charging equipment. Our comprehensive product portfolio includes smart home AC charging stations, versatile portable AC chargers, high-capacity industrial energy storage systems, and ultra-fast DC charging stations. With key investments in mechanical design, power electronics, and embedded software development, we provide complete, integrated infrastructure to power the global transition to zero-emission fleets and commercial spaces.
Driven by our corporate vision—to build a first-class enterprise and create an international brand—we have exported high-performance EV charging architectures to more than 20 countries, including the United States, the United Kingdom, Germany, France, and beyond. Through our commitment to design safety, rigorous engineering control, and strict sourcing from premium suppliers, our hardware systems hold certifications from leading global authorities including CE, CQC, and other domestic and foreign quality inspections, backed by dozens of proprietary utility patents.
Addressing utility grid strain and optimizing commercial ROI through local energy management, energy storage integration, and smart fleet technologies.
Avoid grid upgrades with local control systems. Our chargers dynamically adjust power outputs in real-time based on buildings' current loads, preventing circuit breaker trips and optimizing daily energy expenditure.
Combine local energy storage cabinets (such as our Eco-E101wx series) with fast EV chargers to implement local peak shaving, emergency reserve power, and off-grid EV fast charging powered by solar PV arrays.
Every industrial unit connects seamlessly via OCPP 1.6J/2.0.1 protocols. Deploy firmware updates, verify electrical diagnostics, and manage user authorizations securely from any cloud software platform.
Commercial vehicle networks and public truck fleets demand robust electrical infrastructures. Heavy transport platforms require ultra-high-power DC fast-charging outputs (ranging from 120kW to 240kW and beyond) capable of rapidly replenishing large-capacity battery packs without overheating system components.
Our product development philosophy places safety as the primary guide. Each product model goes through massive stress testing—including high-current cycling, insulation leakage monitoring, and ambient temperature simulation—before it enters mass production. This ensures that fleet hubs, highway depots, and retail centers can deploy charging installations that sustain reliable operation and withstand the elements, minimizing downstream downtime.
We pledge that all electrical parts, solid-state relays, and internal power boards are sourced from strictly selected high-tier suppliers. No compromises, no cut corners—just reliable engineering designed to outlast typical wear and tear.
Configured systems designed for real-world environments, local grids, and specific industrial demands.
Optimize overnight charging for residential spaces with floor-mounted AC stations and Wallboxes. Support local dynamic phase balance to prevent community power overloads while providing individual user RFID/App access.
For heavy transport hubs running large truck fleets, we deploy 120kW–240kW high-capacity DC fast chargers. Complete with dual CCS/GBT charging ports, these systems facilitate rapid, simultaneous dual-vehicle charging.
Our portable 20kW emergency fast-charging systems integrate robust trailer-ready power modules. Bring high-rate DC charging capabilities to remote breakdown locations or stranded fleet vehicles.
Delivering comprehensive compliance features and responsive global support, ensuring your charging infrastructure aligns with municipal requirements.
Our engineers ensure all exported platforms match regional grid parameters, including overcurrent, overvoltage, leakage, and earth ground loop monitoring protections. This safeguards your operations and ensures clean compliance audits.
Whether you are a regular buyer or a first-time customer, our tech support professionals respond to technical queries promptly. Any product anomalies or operations queries are tracked until they are resolved.
Customize hardware designs, visual brand integrations, screen UI styles, and firmware functions. We adapt control modules to fit your internal corporate standards and regional communication protocols.
We are continuously developing systems that align with the next generation of global smart grid integration and EV developments.
As EV battery architecture transitions to 800V and above, charging standards must adapt. Our engineering team is focusing on liquid-cooled megawatt charging systems (MCS), solid-state energy storage integration, and bidirectional Vehicle-to-Grid (V2G) tech. These innovations will enable charging stations to serve as local grid stabilizers, feeding energy back during peak stress times and enhancing local energy resilience.
Additionally, we are expanding our research into wireless inductive charging and high-efficiency choke coil systems, ensuring compatibility with autonomous vehicle depots. By integrating software interfaces with real-time AI grid forecasting, our clients can anticipate power availability, automate charging schedules, and reduce operation costs.
Read through detailed technical solutions and product FAQs prepared by our engineering support team.
Our smart chargers continuously poll the main power intake of your commercial facility through local current transformers (CT clamps) or smart meters. When the facility's power demands approach a preset limit, the EV charger automatically throttles its output current, returning to peak charge rates only when local facility demand decreases.
Our products hold certifications from domestic and international bodies, including CE and CQC. We design our AC and DC chargers to satisfy strict grid entry guidelines, insulation monitoring rules, and electromagnetic compatibility tests.
Yes. By employing standard OCPP 1.6J or OCPP 2.0.1 JSON protocols over secure WebSockets, our charging systems connect to local or international backend management platforms, enabling remote billing, membership systems, and search-finder apps.
For locations lacking high-voltage grid drops, our energy storage cabinets, such as the Eco-E101wx, store energy from solar setups or off-peak grid connections. They provide the high current needed for DC fast charging when a vehicle connects, preventing local grid overload.
Explore more high-reliability components, portable chargers, and storage cabinets designed to meet diverse modern clean energy setups.
Amp Link Charger