Interconnection detection cloud platform facing electric vehicle charging facilities

Abstract

The invention discloses an interconnection detection cloud platform facing electric vehicle charging facilities. The platform is used for a charging facility network access detection, engineering acceptance detection, a business expansion operation detection, a transportation and maintenance detection, compatibility and consistency tests of charging facilities and an electric vehicle and the like;the cloud platform is composed of a detection management center, a knowledge expert database, a data analysis center and a service data interface, and are used for providing support of a detection standard, equipment state analysis, fault analysis and the like for on-site detection personnel, and providing technical support for an industry management equipment platform account, an electric vehicle characteristic library, a charging equipment detection library, a charging equipment fault library, a detection method and the detection standard, and providing professional charging facility detection statistic analysis reports for the national power grid, the government, charging operators and suppliers, and providing a device fault detection report and a diagnosis report interface for the charging operators.

Description

Technical field [0001] The invention relates to an interconnection and intercommunication detection cloud platform for electric vehicle charging facilities. Background technique [0002] In recent years, the electric vehicle market has developed rapidly, and the charging service market has become a growth point for socio-economic transformation and structural upgrading. The market prospects are good. The explosive growth of the construction of charging facilities has generated multiple testing business requirements such as testing and acceptance of charging facilities, on-site operation and maintenance testing, and electric vehicle interconnection testing. The existing testing business of charging facilities has the following problems: [0003] 1. Lack of a unified standard inspection and testing system for charging facilities. New professional testing tools are needed to collect and analyze data, and at the same time, adopt standardized testing procedures to establish a special t...

AI Technical Summary

Problems solved by technology

[0004] 2. The detection equipment before access is complex

In order to avoid power quality pollution, professionals need to carry large-scale power quality detection devices to carry out relevant load detection before acceptance and operation, involving many departments and consuming huge resources

[0005] 3. Need flexible testing equipment

[0007] 5. Charging facilities operating at full load cannot be detected in time, and there are potential safety hazards

[0008] 6. Detection data forms an information island, which cannot be analyzed and utilized reasonably

With the rapid growth of charging facility inspection business demand, a large number of inspection report data cannot be shared in time, forming an information island, so that operators cannot make timely and accurate repairs, equipment manufacturers cannot improve equipment in a timely manner, and the government and power grid companies cannot obtain decision-making data support; another On the one hand, in the daily inspection work of facilities, the detection methods and fault analysis and identification mainly rely on the experience accumulation and observation ability of on-site personnel, lack of information support for professional inspection, work efficiency and quality cannot be guaranteed

[0009] To sum up, at present, domestic charging facilities have a rapid growth rate, high inventory, wide geographical coverage, variable equipment models, and lack of standardization. It is necessary for the testing business of charging facilities to be mobile, professional, intelligent, and standardized. Waiting for request

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