Views: 0 Author: Site Editor Publish Time: 2025-03-07 Origin: Site
The rapid development of the electric vehicle market: In recent years, with the enhancement of environmental awareness and technological progress, the global electric vehicle market has shown rapid growth. More and more consumers are choosing to buy electric vehicles, not only because of their lower carbon emissions and operating costs, but also because they show unique advantages in terms of performance and intelligence. For example, some countries have enacted strict emission standards to combat climate change, which has further boosted the popularity of electric vehicles.
The strategic position of charging infrastructure is highlighted: However, the growth of electric vehicles is accompanied by a huge demand for charging infrastructure. The degree of perfection of charging infrastructure directly affects the convenience of electric vehicles and consumers' purchase willingness. In urban centers, stations that require high power and fast charging due to the density of vehicles; In rural and remote areas, extensive coverage networks are needed. In addition, commercially operated charging stations need to be highly reliable and efficient to ensure stable operation and service quality.
- AC/DC charging solution: ARK provides AC/DC charging devices to meet charging requirements in different scenarios. Its AC charger power up to 22kW, suitable for a variety of scenarios such as commercial places and residential, can provide a stable AC charging service for electric vehicles. The DC charger provides a higher charging power, such as 150kW, which can achieve fast charging, especially suitable for providing fast replenishment for electric vehicles in places such as highway service areas and large parking lots.
- Support for off-grid switching: ARK's charging system has features that support off-grid switching, which allows it to charge electric vehicles from other energy sources, such as solar panels or storage devices, in the event of unstable grid supply or a need for emergency response. This function not only improves the flexibility of charging, but also enhances the reliability of energy supply, providing a wider range of application scenarios for the use of electric vehicles.
- Hybrid solutions for photovoltaic interfaces: ARK's charging system also has photovoltaic interface functions, which can be combined with solar photovoltaic power generation systems to achieve clean energy access and use. This hybrid solution will not only enable the efficient use of renewable energy and reduce dependence on traditional energy sources, but also improve energy efficiency and reduce carbon emissions, contributing to the achievement of the Sustainable Development Goals.
- OCPP 1.6J Integration: ARK's charging equipment integrates the OCPP 1.6J protocol, which allows it to seamlessly connect and interconnect with more than 10 major EV charging platforms worldwide. The integration of OCPP protocol not only improves the compatibility and versatility of charging equipment, but also provides charging operators with greater flexibility and choice space, which can better meet the needs of different users.
- Modular design: Modular design is a major advantage of ARK charging systems. This design allows individual components to be transported and replaced independently, greatly improving transportation efficiency and ease of installation on site. At the same time, the modular design also facilitates the integration of the device into the distribution cabinet, which can better adapt to different installation environments and space constraints. For example, in some small commercial places or homes, modular design can make charging devices easier to hide and integrate without affecting the overall aesthetics.
- Graphical interface operation: ARK's charging system is equipped with user-friendly graphical user interfaces, including 4.3-inch HMI modules and 7-inch HMI centers in cabinets. This graphical interface operation not only enables users to more intuitively understand the status of the charging device and the operation guide, but also greatly reduces the difficulty of operation and improves user experience and satisfaction.
- UK 150kW DC Multi-Protocol Charging pile: In the UK, ARK has successfully installed a 150kW DC multi-protocol charging pile, which supports multiple charging protocols such as CCS-2, Chademo and 22kW Type-2. This multi-protocol support makes the charging pile compatible with different brands and models of electric vehicles, providing users with more convenient and efficient charging services. In addition, the charging pile also has high reliability and stability, which can maintain stable performance during a long time of high-power charging process to meet the needs of commercial operations.
- 60kW three-port charging station in Romania: In Romania, ARK has built a 60kW three-port charging station using a combination of CCS, CHAdeMO and 22kW AC Type-2. This three-interface setup can meet the charging needs of different types of electric vehicles, improving the utilization rate and service range of charging stations. At the same time, the charging station also combines the local energy supply and grid conditions, optimizing the charging efficiency and energy utilization, providing strong support for the promotion of electric vehicles in Romania.
ARK is committed to enabling clean, efficient and intelligent mobility in the future through advanced EV charging solutions. We believe that with the continuous advancement of technology and the continuous expansion of the market, ARK will continue to play an important role in the field of electric vehicles and contribute to the achievement of the global sustainable development goals. Let's focus on ARK together, work together to drive the future of mobility, and create a cleaner, more convenient and intelligent travel era.