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2026-11-11

Adaptation of DC EV Charger scenarios to meet diverse needs

Having a deep understanding of the varying demands for DC EV Charger in different scenarios, we are committed to providing diverse product solutions to meet the diverse needs of the market. In terms of public transportation, manufacturers have launched high-power fast charging DC EV Charger to address the frequent and concentrated charging time of operating vehicles such as buses and taxis. These devices have fast charging capabilities, which can replenish a large amount of power to vehicles in...

2026-11-06

What are the shortcomings of DC EV Charger in daily life?

Nowadays, new energy vehicles are developing rapidly, and more and more people are starting to use them because they are affordable, energy-efficient, and easy to drive without the need for a driver's license, which also brings convenience to the elderly. But at the same time as rapid development, the editor has also seen some negative issues. I believe you can ask any new energy vehicle owner what they think about current new energy vehicles, and the results you get are probably similar. The...

2026-11-03

The pilot program for DC EV Charger to address shortcomings in county-level areas has been fully launched

The construction of the DC EV Charger sinking market is accelerating. In 2026, the three departments of the country officially launched the pilot work of filling the gaps in county-level charging and swapping facilities, focusing on supporting 59 county-level joint pilot units to promote facility construction. From the perspective of product adaptability, the county-level scenario focuses on adapting to rural road conditions, low-cost, and easy to operate AC slow charging piles and small DC...

2026-10-29

A Brief Introduction to the Installation Conditions and Processes of DC EV Charger

DC EV Charger are the most convenient and economical way for private car owners to replenish energy. Having a clear understanding of installation conditions and processes can greatly improve installation efficiency and avoid compliance risks. DC EV Charger mainly use 7kW AC slow charging piles, and the core installation prerequisite is having a fixed private parking space. Property owned parking spaces can be directly applied for installation, and long-term rental parking spaces require proof...

2026-10-26

The principle of leakage protection for DC EV Charger

DC EV Charger have built-in leakage protection, which is one of the most important defense lines for charging safety. It is used to monitor abnormal leakage current in the circuit. Once the leakage reaches the threshold, the power supply will be cut off in milliseconds to prevent electric shock accidents. DC EV Charger leakage protection is divided into type A leakage protection and type B/DC6mA leakage protection. It is recommended to use a protection device with DC leakage detection for DC EV...

2026-10-21

Science popularization on daily maintenance and upkeep of Flexible Charging Stack

Flexible Charging Stack require regular maintenance to reduce the probability of failure, extend the service life of equipment, and ensure charging safety. Daily simple inspection of Flexible Charging Stack, checking for damage to the outer shell, water accumulation, erosion, and cracking of the cable sheath before each charge. To clean the equipment, only dry soft cloth should be used to wipe the shell. It is strictly prohibited to rinse the shell and charging gun directly with water, and the...

2026-10-16

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...

2026-10-13

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...

2026-10-09

Why do AC EV Charger charge slowly in winter? What impact does low temperature have on vehicles and charging efficiency

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...

2026-09-28

Charging equipment in the industry is undergoing a transformative upgrade, with flexible charging stacks ushering in a new era of intelligent energy replenishment.

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...

2026-09-28

Charging equipment in the industry is undergoing a transformative upgrade, with flexible charging stacks ushering in a new era of intelligent energy replenishment.

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...

2026-09-24

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...

2026-09-24

Why do liquid cooled split charging terminals achieve higher energy efficiency, better stability and superior user experience compared with traditional air-cooled DC chargers in high-power charging scenarios?

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...

2026-09-24

What is a Liquid Cooled Split Charging Terminal, and what are its main advantages compared with traditional air-cooled charging equipment?

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...

2026-09-24

What are the key advantages and main application scenarios of AC EV charging compared with DC charging?

AC EV charging has irreplaceable application value in the electric vehicle charging industry due to its unique performance and structural characteristics. First of all, AC charging equipment features low power consumption, simple structure and low failure rate. Without complex high-power conversion modules, the equipment is more durable and requires lower maintenance costs in the later stage. Secondly, AC charging works with low noise and low electromagnetic radiation, which will not interfere...

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