Home >
EV Charging Energy Storage Integration >
Smart 60KW/100KW DC Quick Charge Portable EV Charging Stations New Emergency Rescue Robot L4 Automatic Drive Technology Charging
1 / 5
Smart 60KW/100KW DC Quick Charge Portable EV Charging Stations New Emergency Rescue Robot L4 Automatic Drive Technology Charging
Smart EV Charging Robot 60KW/100KW DC Quick Charge L4 Automatic Drive Technology Portable EV Charging Stations
1. Power Output
60KW Version
The 60KW DC quick charge option is capable of providing a relatively high-power charging output. This allows electric vehicles to receive a significant amount of charge in a relatively short period of time. For example, it can add a considerable amount of range to an electric vehicle within an hour or so, depending on the vehicle's battery capacity and charging efficiency. This power level is suitable for various electric vehicle models and can meet the daily charging needs of most users.
100KW Version
The 100KW DC quick charge is an even more powerful option. It can deliver an extremely high charging rate, enabling electric vehicles to gain a large amount of charge in a very short time. Vehicles with larger battery capacities or those that require rapid charging for commercial use can benefit greatly from this higher power output. For instance, a fleet of electric taxis or delivery vehicles that need to be charged quickly between shifts can make use of the 100KW charging option to minimize downtime.
2. L4 Automatic Drive Technology
Sensing and Perception
The charging robot is equipped with advanced sensors such as lidar, radar, and computer vision systems. These sensors can accurately detect the surrounding environment, including the position of the electric vehicle to be charged, obstacles, and other relevant information. By continuously scanning and monitoring the environment, the robot can make precise decisions and movements to approach the vehicle for charging.
Navigation and Path Planning
With the help of high-definition maps and sophisticated navigation algorithms, the charging robot can plan the most efficient path to reach the electric vehicle. It can navigate through various terrains and obstacles in the charging area, such as in a parking lot or a garage, ensuring smooth and accurate movement. This autonomous navigation ability greatly enhances the convenience and efficiency of the charging process, as the robot can independently find and approach the vehicle without human intervention.
Dynamic Adaptation
The L4 automatic drive technology enables the charging robot to adapt to dynamic changes in the environment. For example, if there are other vehicles moving around or the position of the electric vehicle changes slightly, the robot can adjust its movement and charging strategy in real-time to ensure safe and effective charging. This dynamic adaptation capability makes the charging robot highly flexible and reliable in different charging scenarios.
3. Portability
Mobile Design
The portable EV charging station is designed to be highly mobile, which means it can be easily moved and deployed in different locations. This is particularly useful in areas where there is a lack of fixed charging infrastructure or where temporary charging needs arise. For example, it can be used in remote areas, construction sites, or during events where a large number of electric vehicles need to be charged.
Easy Installation and Removal
The portable nature of the charging station makes it easy to install and remove. It does not require complex installation procedures like traditional fixed charging stations, which often involve infrastructure construction and wiring. Instead, the charging robot can be quickly set up and connected to the power supply, allowing for rapid deployment and use. This also makes it convenient for users to move the charging station to different locations as needed, providing greater flexibility in charging options.
4. Interface & Safety
Mobile App Operation
Users can control and monitor the charging process through a dedicated mobile app. The app provides a user-friendly interface that allows users to start, stop, and schedule the charging process remotely. It also displays relevant charging information, such as the charging status, remaining charging time, and power consumption, enabling users to have full control over the charging process at any time and from anywhere.
Intelligent Management System
The charging robot is equipped with an intelligent management system that can optimize the charging process based on the vehicle's battery condition and charging requirements. It can automatically adjust the charging power and duration to ensure safe and efficient charging, while also protecting the battery from overcharging and other potential damages. Additionally, the system can communicate with the vehicle's onboard computer to exchange information and ensure compatibility and smooth charging.
Safety Protections
The charging robot has a flame-retardant shell that provides excellent fire protection. This is crucial in ensuring the safety of the charging process, especially in case of any electrical faults or overheating. The charging station is also equipped with overcurrent, overvoltage, short-circuit, and other safety protection devices to prevent damage to the electric vehicle's battery and the charging equipment.
To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.
Company Profile
We are a leading enterprise dedicated to the field of new energy. Our main business focuses on the production and sales of on-board vehicle chargers for automobiles, as well as the production and sales of DC charging piles. We are committed to providing high-quality and reliable charging solutions for electric vehicles. The on-board vehicle chargers we produce are designed with advanced technology to ensure safe and efficient charging during travel. Our DC charging piles are characterized by high power, fast charging speed, and stable performance, meeting the diverse charging needs of users. The main market for our products is overseas. We have established a wide sales network and cooperative partnerships in many countries and regions, earning a good reputation for our excellent product quality and professional services. We attach great importance to technological innovation and quality control. Our R&D team is constantly exploring and developing new technologies to improve the performance and functionality of our products. At the same time, we have strict quality management systems to ensure that each product meets international standards and customer requirements. In the future, we will continue to adhere to the concept of innovation, quality, and service, and strive to provide more advanced and convenient charging solutions for the global new energy vehicle market, making positive contributions to the development of green energy and sustainable transportation.
FAQ
1. How is product quality guaranteed?
We strictly follow the product development and production procedures. Each phase is inspected by professional personnel. Full testing and inspection are conducted before shipment.
2. What products can you buy from us?
Portable EV Charger, Charger Accessories, and Vertical Charging Stations.
3. Why should you buy from us instead of other suppliers?
- We specialize in R&D and production of new energy components and EV charging stations with over 10 years of industry experience.
- We maintain a complete and rigorous system to control product quality.
- We offer reliable after-sales services to every customer, along with flexible payment options.
4. What product certifications are available?
Our products are certified under Chinese national standard, European IEC standard, American SAE standard, and Japanese CHAdeMo standard.
5. How long does it take to prepare a sample?
It takes 3-7 days to produce a new sample. If you select our existing catalog sample, we can dispatch it the next day.
6. What is the estimated lead time?
The lead time is typically 7-30 days, depending on the order quantity and production scheduling.
CCSC Energy
