邻里中心充电站充电桩应用管理数据
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通过对邻里中心充电站销售客单价进行统计分析,对各个充电桩、月充电总时长、月充电度数、月充电次数、服务费金额多维度对比分析,推动实现充电桩资源利用率的最大化、充电桩利润的最大化和车主充电服务的最优化。邻里中心充电站充电桩管理数据算法规则包括以下几个方面:一是数据采集由充电商户平台系统搜集;二是数据处理由公用公司对搜集到的数据进行汇总、分析、整理、查错等,算出不同充电桩、不同时间段的充电时长;三是数据分析,对各个充电桩、月充电总时长、月充电度数、月充电次数、服务费金额多维度对比分析,充电桩综合利用率=(月充电度数\月充电总时长)*服务费金额*0.7+月充电次数*0.3.充电桩综合利用率低于10的,利用率评级为低,高于10低于100的利用率评级为中,高于100的利用率评级为高,推动实现充电桩资源利用率的最大化。
Based on statistical analysis of the customer unit price of charging services at neighborhood center charging stations, as well as multi-dimensional comparative analysis across individual charging piles, monthly total charging duration, monthly total charging energy consumption, monthly charging frequency, and service fee amount, this dataset aims to maximize the utilization rate of charging pile resources, maximize the profits of charging piles, and optimize the charging services for vehicle owners. The algorithm rules for the charging pile management data of neighborhood center charging stations include the following aspects: 1. Data Collection: Data is collected by the charging merchant platform system; 2. Data Processing: The public utility company summarizes, analyzes, organizes, and performs error checking on the collected data, and calculates the charging duration of different charging piles in different time periods; 3. Data Analysis: Conduct multi-dimensional comparative analysis across individual charging piles, monthly total charging duration, monthly total charging energy consumption, monthly charging frequency, and service fee amount. The comprehensive utilization rate of charging piles is calculated as: Comprehensive Utilization Rate of Charging Piles = (Monthly Total Charging Energy Consumption / Monthly Total Charging Duration) × Service Fee Amount × 0.7 + Monthly Charging Frequency × 0.3. The utilization rating is classified as low when the comprehensive utilization rate is below 10, medium when the rate is greater than 10 and less than 100, and high when the rate exceeds 100, so as to promote the maximization of charging pile resource utilization.




