电源插座用户消费能力分层数据

电源插座在日常生活经常被使用，随着电器的种类越来越多，人们对于电源插座的消费越来越多，统计分析电源插座的消费数据，通过对历史下单用户建立表格，对用户进行标签制定，定位用户消费级别，为企业在全国各地设立产品周转仓及针对各地区汽车维修店对电源插座的购买量和使用量，制定广告营销策略提供数据支持。1. 数据采集:采集电源插座在各个维修店消费等信息; 2. 用户购买电源插座数量占总消费电源插座数量的比例=用户购买电源插座数量/总消费电源插座数量*100%； 3. 用户消费占总消费的比例按从大到小进行排名；消费分类运用ABCDEF分类法，对占比0.26%以上的，给予“A类消费”分层；占比0.21%到0.25%区间的，则给予“B类消费”分层；占比在0.16%到0.20%区间，则给予“C类消费”分层；占比在0.11%到0.15%区间，则给予“D类消费”分层；占比在0.06%到0.1%区间，则给予“E类消费”分层；占比在0.05%以下，则给予“F类消费”分层； 4. 数据应用: 电源插座的购买力结果可以作为电源插座消费等级评价依据，为监管部门向监管提供技术支撑。

Power outlets are widely used in daily life. With the growing variety of electrical appliances, consumers' demand for power outlets is increasing. This dataset conducts statistical analysis on power outlet consumption data, builds tables for historical ordering users, develops user tags, and identifies user consumption tiers, providing data support for enterprises to set up product distribution warehouses across the country and formulate advertising and marketing strategies based on the purchase and usage volumes of power outlets by auto repair shops in various regions.
1. Data Collection: Collect consumption-related information of power outlets at various repair shops;
2. Proportion of a user's purchased power outlets in total consumed power outlets = (Number of power outlets purchased by the user / Total number of consumed power outlets) * 100%;
3. Rank users in descending order of their proportion of total consumption; Adopt the ABCDEF classification method for consumption categorization: assign the "Class A consumption tier" to users with a proportion above 0.26%; assign the "Class B consumption tier" to users with a proportion ranging from 0.21% to 0.25%; assign the "Class C consumption tier" to users with a proportion ranging from 0.16% to 0.20%; assign the "Class D consumption tier" to users with a proportion ranging from 0.11% to 0.15%; assign the "Class E consumption tier" to users with a proportion ranging from 0.06% to 0.10%; assign the "Class F consumption tier" to users with a proportion below 0.05%;
4. Data Application: The purchasing power evaluation results of power outlets can serve as the basis for assessing power outlet consumption levels, providing technical support for regulatory authorities to carry out supervision work.