Select Language
Science popularization on safety protection of Flexible Charging Stack
Flexible Charging Stack are equipped with multiple safety protection mechanisms, which are the first line of defense for charging safety. Regular Flexible Charging Stack integrate multiple real-time monitoring and power-off protection. Basic protection includes leakage protection. When the leakage current exceeds the standard, the output will be cut off in milliseconds to prevent the risk of electric shock; Overvoltage and undervoltage protection, automatic shutdown when the voltage fluctuation...
On site survey and construction preparation for AC EV Charger
1. Survey the site When surveying the site, it is necessary to have a professional electrician or AC EV Charger installation team to ensure accurate measurement of the distance between the AC EV Charger and the power access point, plan the most reasonable cable routing path, avoid the use of too long or too short cables, save costs and ensure aesthetics. At the same time, confirm whether the parking ground is suitable for direct installation. If drilling is required for fixation, evaluate the...
Installation location and environmental inspection of AC EV Charger
1. Installation location selection (1) Parking space correspondence: Ensure that the AC EV Charger corresponds to your parking space, while considering the stability of power supply and the adequacy of operating space. (2) Safe distance: A safe distance should be maintained around AC EV Charger to avoid getting too close to buildings, other equipment, and vehicles. Ensure that the installation ground is flat and the AC EV Charger is vertically stable after installation. (3) Circuit evaluation:...
Pre preparation and material collection for AC EV Charger
1. Material preparation (1) Parking space certificate: Ensure that you have the right to use the parking space and prepare relevant documents such as parking space usage certificate, parking space ownership certificate, or lease agreement. (2) Property permit: To obtain a construction permit from the property, it is usually necessary for the property to issue a corporate commitment letter or other documents to ensure that the installation process complies with the regulations of the...
What should be paid attention to when installing new energy vehicles?
1. Keep away from flammable and explosive materials The installation site should be kept away from flammable materials Explosive materials to avoid fire hazards. Maintain a safe distance, it is generally recommended to keep AC EV Charger at a safe distance of more than 5 meters from residential buildings or other adjacent facilities. 2. Avoid extreme environments AC EV Charger should avoid installation in high temperatures Damp To ensure the stability and durability of equipment in environments...
What are the precautions for investing in AC EV Charger?
One The lease term of the venue is too short, resulting in high operational risks Constructing AC EV Charger, site is key! If the rental period of the venue is too short, the station may experience an increase in rent Uncontrollable factors such as land planning changes forced closure! Generally speaking, the lease term for the venue should be at least 5 years, and ideally up to 8 years or even longer. II Oil trucks occupy space and equipment utilization is low The occupation of oil vehicles...
What are the operating modes of AC EV Charger?
1. Self invested and self built This is a common operation mode, where individuals or enterprises personally handle everything from site selection to construction, from equipment procurement to operation and maintenance management. The benefits of this model include complete control over the layout, quality, and service standards of Aerospace Micro Screws, flexible adjustment of pricing strategies based on market demand, and provision of personalized services. 2. Collaborative...
Does the charging of new energy vehicles slow down in winter? Understand how low temperatures affect battery performance, charging efficiency, and endurance, master winter charging techniques, improve charging speed, and protect battery life. When winter comes, many new energy vehicle owners find that the charging speed slows down significantly, and even after inserting the gun, there is no movement for half a day. This is not actually the AC EV Charger breaking down, but rather the low...
Integrated DC fast chargers are highly versatile, suitable for the vast majority of commercial, public, and fleet fast-charging scenarios. They represent the most widely deployed high-power charging equipment within new energy infrastructure, with market demand experiencing rapid, sustained growth. These units offer power outputs ranging from 120kW to 600kW and support a wide voltage range (200V–1000V), making them compatible with a full spectrum of vehicles—including passenger cars, commercial...
Integrated DC fast chargers represent the mainstream upgrade in the commercial fast-charging sector. Compared to traditional split-type charging stations, they offer comprehensive advantages in structural design, construction costs, operational stability, and long-term maintenance, making them the preferred choice for new charging station installations and retrofit projects both domestically and internationally. Traditional split-type DC stations require separate power cabinets, complex wiring,...
The new energy charging industry is rapidly shifting toward intelligent, centralized, and cost-effective solutions. Traditional charging piles—hampered by fixed power output, poor compatibility, and high O&M costs—struggle to meet the demands of large-scale, centralized charging stations. Amidst this industry transformation, flexible charging stacks have emerged as the mainstream choice for large commercial charging stations, rapidly replacing traditional equipment thanks to advantages such...
AC EV charging stations are undergoing a wave of upgrades focused on intelligence and safety, with safety protection, human-machine interaction, and remote management emerging as key areas of product evolution. While traditional AC chargers offered only basic start/stop functionality, new-generation models integrate multiple safety mechanisms—including automatic power-off features for over-voltage, under-voltage, leakage, over-temperature, lightning surges, and short circuits—to mitigate...
As the global ownership of private new energy vehicles (NEVs) steadily rises, the market for AC EV charging stations—designed for home use and residential complexes—is undergoing continuous expansion. Unlike high-power DC fast-charging stations, AC charging stations offer advantages such as flexible installation, moderate costs, simple maintenance, and minimal impact on the power grid, making them the mainstream charging solution for private parking spaces, residential communities, and office...
The new energy charging industry is rapidly shifting toward intelligent, centralized, and cost-effective solutions. Traditional charging piles—hampered by fixed power output, poor compatibility, and high O&M costs—struggle to meet the demands of large-scale, centralized charging stations. Amidst this industry transformation, flexible charging stacks have emerged as the mainstream choice for large commercial charging stations, rapidly replacing traditional equipment thanks to advantages such...
As the global population of new energy vehicles (NEVs) continues to rise, the demand for diverse, high-power, and high-efficiency charging solutions is escalating. Traditional fixed charging piles face increasingly evident industry pain points, such as rigid power output, low utilization rates, and difficulties in capacity expansion. Against this backdrop, flexible charging stacks—leveraging core advantages like modularity, intelligence, and high adaptability—have emerged as a key product for...
What is a flexible charging stack?
A flexible charging stack is a new-generation modular DC fast charging solution that supports dynamic power allocation and multi-terminal shared energy scheduling. Unlike traditional fixed-power chargers that output constant power for each individual gun, the flexible charging stack adopts a centralized power cabinet combined with multiple distributed charging terminals. The total power capacity is pooled together and intelligently distributed to different vehicles according to real-time...
What are the long-term operational advantages of air cooled split charging terminals?
Air cooled split charging terminals have outstanding comprehensive advantages in commercial operation, especially suitable for medium-scale charging stations and budget-friendly charging projects. Compared with liquid cooled charging equipment, air cooled split terminals adopt a mature and simplified structural design, which greatly reduces overall investment, installation difficulty and later operating costs. This makes them one of the most cost-effective fast charging solutions for long-term...
Where are air cooled split charging terminals most suitable for installation?
Air cooled split charging terminals are widely recognized as cost-effective and versatile fast-charging equipment, ideal for most medium-power commercial charging scenarios. Different from liquid cooled terminals that focus on ultra-high power supercharging stations, air cooled split models balance charging power, construction cost and maintenance difficulty, making them the most popular choice for mass charging infrastructure construction. These split-type chargers separate the power cabinet...
What is an air cooled split charging terminal, and what are its core advantages?
An air cooled split charging terminal is a mainstream high-power DC fast charging device that adopts a split structural design, consisting of an independent power cabinet and lightweight charging terminals. Different from integrated charging piles that combine all components in one cabinet, the split system separates heavy power conversion modules into a centralized power cabinet, while only compact charging terminals and charging guns are installed at each parking space. As its core feature,...
With the rapid upgrade of electric vehicle battery technology, ultra-high power fast charging has become the mainstream development trend of the charging industry. Traditional air-cooled DC chargers are gradually unable to adapt to long-term, high-load and large-current charging demands due to their structural limitations. In contrast, liquid cooled split charging terminals have obvious advantages in energy efficiency, operational stability and user-friendliness, making them the ideal choice...
Liquid cooled split charging terminals have a more sophisticated internal structure than traditional air-cooled chargers, especially with circulating liquid cooling systems and split cabinet layouts, which require standardized, regular maintenance to ensure long-term stable operation and high charging efficiency. Different from air-cooled piles that mainly focus on dust cleaning and fan inspection, the maintenance of liquid cooled equipment centers on cooling circuit inspection, terminal...
The liquid cooled split charging terminal is a new-generation high-power DC fast charging system composed of separate power cabinet and charging terminal. The power cabinet is installed in a fixed equipment room or designated area, while lightweight charging terminals with charging guns are placed at each parking space. It adopts liquid cooling circulation technology for heat dissipation instead of conventional air cooling fans. Coolant flows through the power modules and charging cables to...
A single-gun DC fast charging station is a standalone direct-current charging device fitted with only one charging connector, designed to rapidly recharge electric vehicles. Unlike AC chargers that rely on the vehicle’s on-board charger to convert grid AC into DC power, this station completes power conversion inside the equipment cabinet. It transforms alternating current from the power grid into high-voltage direct current and sends it straight to the EV traction battery, delivering much...
Modern single-gun DC fast charging stations are built with comprehensive safety protection mechanisms to ensure stable and secure charging operations for all types of electric vehicles. Unlike low-power AC chargers, DC fast charging involves high voltage and high current output, which places higher requirements on equipment safety and system stability. Therefore, qualified single-gun DC charging piles are equipped with complete intelligent protection systems, including over-current protection,...
About Us
Related Products List
Contact Us
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
Fill in more information so that we can get in touch with you faster
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
