CAMC relies on decades of experience in heavy equipment manufacturing, deeply cultivates the field of new energy charging, and creates a full range of charging pile matrices covering all scenarios, full power, and full categories. With technological innovation, it solves the pain points of energy replenishment and adapts to global demand, laying a solid foundation for energy supply for the global electric vehicle industry, helping to resolve the global energy crisis, and promoting the iterative upgrading of energy structure in the transportation sector. CAMC's full range of charging stations breaks down category and power barriers, building a complete product system from 7kW household AC slow charging to 480kW high-power liquid cooled supercharging, from portable charging guns to dual gun intelligent charging, V2G vehicle network interactive charging, and integrated light storage charging. It fully adapts to various global vehicle models such as passenger electric vehicles, electric heavy-duty trucks, logistics vehicles, and engineering electric vehicles, covering all scenarios of energy replenishment needs such as household, commercial, high-speed, port, and logistics parks, truly realizing the concept of "one vehicle, one station, one solution". Regarding the power grid standards and energy replenishment needs in different regions around the world,
The CAMC charging station adopts wide voltage adaptive technology, compatible with mainstream national standards and vehicle regulations worldwide. Whether it is high standard power grids in Europe and America, or complex electricity environments in emerging markets, it can operate stably and efficiently. At the same time, relying on modular design, it can be flexibly customized according to local energy conditions and scene needs, breaking the limitations of regions and scenes, and making clean energy supply benefit every corner of the world. In terms of energy efficiency utilization, CAMC charging piles empower energy conservation and consumption reduction with core technology, equipped with a new generation of high-efficiency rectifier modules, with a power factor of over 99% and a conversion efficiency of 95%, significantly reducing losses during power transmission. Compared with traditional charging piles, CAMC charging piles can reduce a large amount of inefficient consumption every year, helping to improve global energy utilization efficiency. Faced with the pressure of power grid load and the challenge of clean energy consumption, CAMC has innovatively launched an integrated solution of photovoltaic, energy storage and charging, which integrates photovoltaic, energy storage and charging technologies, draws on the experience of the nearly zero carbon project in the Xiting Expressway Service Area of Tongzhou, collects clean electricity through photovoltaic panels, and uses energy storage modules to achieve valley time energy storage and peak time power supply. This can not only alleviate the peak valley load pressure of the power grid, but also fully utilize renewable energy, reduce dependence on fossil fuels, and make each degree of charging electricity both environmentally friendly and economical, demonstrating the practical value of technology implementation. Equipped with advanced V2G vehicle network interaction technology, electric vehicles are transformed into mobile energy storage units, which provide reverse power supply during peak hours of the power grid, smooth out power fluctuations, improve grid stability, and assist in the consumption of clean energy such as photovoltaics and wind power. As demonstrated in Jiangsu's first rural "vehicle network interaction" smart microgrid project, it can achieve millisecond level response to grid dispatch, enhance energy supply resilience, and build a new energy ecology of "source grid load storage" coordination. The dual support of intelligence and reliability,
Make CAMC's full range of charging stations the preferred choice for global users. By relying on 4G/5G dual module and OCPP2.0 international standard protocol, real-time interconnection between piles, vehicles, cloud, and network is achieved. Users can complete one click pile searching, charging reservation, remote start stop, and energy consumption query through the CAMC exclusive APP. The operator can achieve 7 × 24 hour remote monitoring, fault warning, OTA remote upgrade, and energy consumption statistics through the cloud management platform, greatly reducing operation and maintenance costs, improving operation efficiency, and solving the pain points of difficult and scattered management of global charging pile operation and maintenance. All products have undergone rigorous extreme condition testing, with core components selected from internationally renowned brands. The waterproof and dustproof rating is above IP65, and it can adapt to a wide temperature environment of -40 ℃ to 55 ℃. Whether it is the high-temperature and hot Middle East or the cold and snowy Nordic region, it can operate stably and demonstrate excellent quality. Nowadays, the global number of new energy vehicles has exceeded 120 million, and the improvement of charging infrastructure has become a key support for solving the energy crisis. CAMC's full range of charging piles not only fill the energy gap in multiple scenarios worldwide, but also promote the upgrading of energy utilization modes through technological innovation. From urban communities to remote rural areas, from highway networks to port logistics, CAMC charging piles are gradually weaving into the global energy replenishment network, helping countries reduce their dependence on oil imports and enhance their ability to independently control energy.
As a global provider of green energy solutions, CAMC has always been committed to meeting the needs of global energy transformation, continuously deepening the research and development of charging pile technology, optimizing the performance of its entire product line, expanding its overseas market layout, especially focusing on emerging growth poles such as Latin America, and promoting the global extension of energy replenishment networks. In the future, CAMC will continue to focus on technological innovation, improve the entire product matrix, deepen the integration of light storage and charging, and V2G technology applications, promote the upgrading of charging infrastructure towards a smarter, more efficient, and greener direction, provide more convenient and reliable energy replenishment services for global electric vehicles, help the world get rid of fossil energy dependence, resolve energy crises, build a clean, efficient, and sustainable global energy ecosystem, connect green travel and energy future with charging piles as a link, and inject solid strength into achieving the "dual carbon" goal and global energy security.
