Jurong Pumped-storage Hydroelectric Power Station
After the operation, will have nearly double the capacity function, can effectively enhance the grid power peaks and valleys of the regulation ability, ease the contradiction of the power supply shortage in southern Jiangsu, become the "West-East Power Transmission", "West-East Gas Transmission", extra-high-voltage AC power transmission to the receiving end of the power grid powerful power support. The power station will reduce the consumption of coal in Jiangsu power grid, which will help to alleviate the pressure of carbon dioxide and sulphur dioxide emission limitations faced by the power industry. In addition, the site of the power station is adjacent to the Lunshan Reservoir, upstream and downstream reservoirs will be formed after the completion of the artificial lake and other new landscapes, the power station is intended to be completed within six years of operation, the project itself and derived from the construction and other industries are expected to be more than 1,000 jobs.
Value achievements
建设充分考虑了句容抽水蓄能电站工程特点与关键的施工控制要素，采用“规划统一，专业子系统集成，整合创新”的总思路。平台利用施工管理技术，大数据，移动互联网，物联网等技术实现对关键生产与施工工艺过程进行数字化监控，对施工现场人力，材料，设备，技术等关键资源的实施动态管理，对施工质量，施工安全的实现基于知识库的实时反馈控制，以保障工程进度，质量与安全目标的全面达成。
充分考虑了句容抽水蓄能电站工程特点与关键的施工控制要素，采用“规划统一，专业子系统集成，整合创新”的总思路。平台利用施工管理技术，大数据，移动互联网，物联网等技术实现对关键生产与施工工艺过程进行数字化监控，对施工现场人力，材料，设备，技术等关键资源的实施动态管理，对施工质量，施工安全的实现基于知识库的实时反馈控制，以保障工程进度，质量与安全目标的全面达成。
Function Architecture
充分考虑了句容抽水蓄能电站工程特点与关键的施工控制要素，采用“规划统一，专业子系统集成，整合创新”的总思路。平台利用施工管理技术，大数据，移动互联网，物联网等技术实现对关键生产与施工工艺过程进行数字化监控，对施工现场人力，材料，设备，技术等关键资源的实施动态管理，对施工质量，施工安全的实现基于知识库的实时反馈控制，以保障工程进度，质量与安全目标的全面达成。
Related information
Demo video
Scheme manual
Star Case