The Development Direction Of Charging Pile

The development direction of charging pile

As an important supporting facility for new energy vehicles, the development direction of charging piles is directly related to the future development of the new energy automobile industry. According to the latest search results, the development direction of charging piles mainly includes the following aspects:

High power fast charge technology

In order to meet the needs of the market, charging pile technology is also constantly developing in the direction of high-power fast charging. Charging pile with charging current up to 350A. This kind of charging pile can greatly shorten the charging time and meet the needs of users for fast charging.

V2G technology

V2G technology, namely Vehicle-to-Grid, is a technology that uses new energy vehicles as mobile energy storage units, adjusts electricity load, improves power quality, and consumes renewable energy through two-way charging and discharging of charging piles. The development of this technology will enable charging piles to have higher energy efficiency and help promote the transformation of the energy structure.

Intelligent development

With the development of the Internet of Things and big data technology, the intelligent development of charging piles has also become an important direction. By combining with the Internet, charging pile manufacturers can achieve remote monitoring, data analysis and other functions to improve the management efficiency and user experience of charging piles.

Structure optimization

The industrial structure of electric vehicle charging piles also needs to further strengthen the joint, and predict the market demand, improve the overall service awareness of the industry, and constantly adjust the product cost structure, strengthen the integration of resources, and improve the current increasingly distant price war market.

Wireless charging technology development

Realize dynamic wireless charging not only in fixed parking lots, but also during road driving (such as specific sections of road). Improve the efficiency and transmission distance of wireless charging and reduce the cost.

Compatibility improvement

Achieve broader compatibility for vehicles with different brands, different battery types (including new batteries that may appear in the future) and different charging protocols.

Security technology upgrade

Electrical safety, including over voltage, over current, leakage and other multiple protection technology continues to strengthen. In terms of network security, the charging pile system is prevented from cyber attacks and data leaks.

Multi-scene coverage

Build a denser urban charging network to meet daily charging needs. Provide charging services for remote areas to eliminate charging blind spots.

Sum up

Through these development directions, the charging pile industry will continue to develop and improve, better serve the growing group of electric vehicle users, and promote the development of sustainable transportation.