What are the solutions for charging piles in three-dimensional parking garages?


Release Time:

2020-06-22

By the end of 2019, the total number of new energy electric vehicles in China reached 3.81 million, accounting for 1.46% of the total number of vehicles. To encourage the development of new energy vehicles, the central and local governments have successively introduced policies for new energy vehicles and built three-dimensional parking garages and charging piles to solve the "last mile" problem in the promotion and use of new energy vehicles.

The development of new energy electric vehicles is rapid. According to incomplete statistics, by the end of 2019, the national stock of new energy electric vehicles reached 3.81 million, accounting for 1.46% of the total vehicle stock. Among them, the stock of pure electric vehicles reached 3.1 million, accounting for 81% of the new energy vehicle stock. In order to encourage the development of new energy vehicles, the state and local governments have successively introduced policies for new energy vehicles, and construction Automated Parking Garage Charging piles have become the solution to the "last mile" problem in the promotion and use of new energy vehicles.

 

 Comparison of ordinary charging piles and automated parking garage charging piles

 

Charging parking space ratio requirements

To accelerate the construction of electric vehicle charging infrastructure, the Guiding Opinions of the General Office of the State Council on Accelerating the Construction of Electric Vehicle Charging Infrastructure (No. 73 [2015] of the General Office of the State Council), issued in 2015, stipulates that: 100% of newly built residential parking spaces should be equipped with charging facilities or have provisions for installation; large public buildings and public parking lots must have charging facilities or provisions for installation in at least 10% of parking spaces; and at least one public charging station should be built for every 2,000 electric vehicles. The construction of space-saving, low-cost, and quickly implemented mechanized and automated parking and charging integrated facilities (automated parking garage charging piles) is encouraged.

Among pure electric vehicles, 46% are personal vehicles, 35% are commercial vehicles, and 19% are non-commercial fleet vehicles. Parking lot charging pile construction is divided into traditional parking lot charging piles and automated parking garage charging piles. Traditional charging piles consist of ground-level parking spaces and charging piles, while automated charging piles integrate automated parking garages and charging piles. According to data from the Automated Parking Garage Association, automated parking garage charging piles currently account for 0.27% of total mechanical parking spaces. This is partly due to charging piles still being in the initial research, development, and testing phases, and partly because some automated parking garage charging piles are not yet in use. According to data from Chongqing in 2019, charging equipment utilization was only 10%.

 

Beijing automated parking garage charging pile case study

According to international urban planning experience, parking spaces should be 1.1 to 1.2 times the number of registered vehicles. Beijing alone has a 30%-35% parking space shortage. Automated parking garage charging piles offer clear advantages in terms of environmental friendliness, energy efficiency, space utilization, safety, and convenience. Currently, only three cities nationwide have built electric vehicle charging automated parking garages: Beijing, Shanghai, and Hangzhou. The automated parking garage in the courtyard of Penglong Building in Beijing's East Third Ring Road CBD is the nation's first intelligent charging automated parking garage. Automated Parking Garage with Lifting and Shifting System This type of automated charging garage may appear in future urban hubs such as airports, stations, commercial centers, and residential areas. The Penglong Building automated parking garage is a public charging station serving the surrounding CBD core commercial area and residential communities, and can also meet the temporary charging needs of taxis. Drivers can download the "Te Lai Dian" charging app to their smartphones to manage charging and payments.

 

 Beijing automated parking garage charging pile case study

 

Shanghai automated parking garage charging pile case study

The Shanghai automated parking garage is located in the Hongkou District of the city center and was developed and constructed by the State Grid Shanghai Electric Power Company and Guodian Nari. The three-story garage has 59 parking spaces, 13 of which are equipped with 7000-kilowatt charging piles, meeting the charging needs of electric vehicles. The garage occupies only about one-third the space of a traditional parking lot. This type of automated parking garage offers a new approach to charging facility construction, saving space and easily accommodating charging facilities due to its built-in power supply and control system. It solves charging problems while increasing parking capacity.

 

Hangzhou automated parking garage charging pile case study

In 2012, a six-story automated parking garage at Peace Square outside the China (Hangzhou) International New Energy Vehicle Industry Exhibition attracted many visitors. This was Hangzhou's first fully automatic charging automated parking garage. This space-saving, high-efficiency automated charging garage may appear in future urban areas such as airports, stations, commercial centers, and residential communities.

 

Fully automatic automated parking garage charging pile solution

With the development of China's new energy vehicle industry and the rapid growth and widespread adoption of new energy and pure electric vehicles, the demand for supporting service facilities, especially convenient charging devices, has become increasingly prominent. Automated parking garages, integrating parking and charging functions, solve both parking and charging problems. PARKROBOT integrated charging and parking exchange technology enables automatic parking and charging.

 

 Fully automatic automated parking garage charging pile

 

Automated parking garage charging solution providers

Shandong Laigang Tada Garage Co., Ltd., founded in 2001, with a registered capital of 200 million RMB, has a Swiss R&D center. It is a professional company that integrates R&D design, manufacturing, engineering installation, and after-sales service, relying on the two major steel giants, Laigang and Shagang. Mechanical automated parking garage Manufacturer.

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