In response to the rapid growth of new energy vehicles, the layout of charging infrastructure has been fully upgraded

In recent years, with the rapid development of the new energy vehicle industry, consumers' demand for charging infrastructure is increasing.Taking Zhejiang province as an example, by the end of 2022, the number of new energy vehicles in Zhejiang has reached 1,348,200, a?total of 7,224 charging/swapping stations of various types and 83,779 public and special charging piles of various types have been built in the province.Excluding private charging piles, there are only 6 public charging piles per 100 vehicles.

In this regard, Zhejiang province has stepped up the construction of charging pile stations. According to the "14th Five-Year Plan for the Development of Charging Infrastructure in Zhejiang Province", by 2025, the province will build more than 6,000 charging stations and?more than 80,000 charging piles for public use, and more than 350,000 new charging piles for self-use.

Actively promote the interconnection of charging infrastructure in the Yangtze River Delta region, build a smart charging service network covering the entire province and the Yangtze River Delta region, and meet the growing demand for electric vehicle charging.

It is worth noting that there are currently no complete standards for the implementation of charging piles. The charging pile industry has frequent spontaneous combustion accidents during charging, single profit models for charging pile operators, and low utilization of charging piles.

Aiming at the current market situation, MAXGE has launched Type B RCCB and new energy vehicle charging piles.Type B RCCB can quickly cut off the faulty power supply in a very short time, protect the safety of people and electrical equipment, and more meet the technical requirements of electric vehicle charging piles.

At the same time, MAXGE also launched integrated, portable and wall-mounted charging piles suitable for new energy vehicles, which can meet different usage scenarios and needs.

The built-in active protection module can monitor various data such as the voltage and temperature of the vehicle battery to ensure the safety and effectiveness of the charging process.

In the future, MAXGE will rely on advanced R&D and innovation capabilities and combine artificial intelligence, big data and Internet of Things technologies to build an exclusive new energy operation platform.

We will carry out data-based, process-based, and modular management of new energy charging piles to improve overall operational efficiency and bring users a more convenient and reliable charging experience.

MAXGE will continue to promote the popularization of clean energy and make positive contributions to building a green future.

As the government and enterprises increase investment in new energy vehicles and charging infrastructure, the development of the new energy charging pile industry will be further promoted, and a more convenient and reliable charging experience will be provided for new energy vehicle users.

Promote the efficient use of clean energy and help realize green and low-carbon travel mode.