一种基于可视化界面和物联网技术的智能用能需求侧管理平台

[摘要] 文章提出了一种智能的基于可视化和物联网技术的用能需求侧管理平台。平台在探索物联网在用能需求侧管理中的具体应用，搭建基于物联网与可视化界面的用能智能分析及控制环境，采集智能终端及传感器传导的用能信息的基础上，通过各种实时网络分析等高级应用软件对采集数据进行分析和处理，实现了重点耗能设备与客户或电网企业间进行实时高效的信息交互，可为客户提供全面、多维的用能管理辅助决策支持，也可为变频设备、同步调相机、无功补偿装置等设备的一体化运行提供数据支持和接入策略等优化方案。

[关键词] 物联网；可视化界面；用能管理平台；优化方案

[Abstract] In this paper, we propose a platform for exploring power consumption on the customer side of IoT. The platform collects power information from smart terminals and sensors and creates a smart power analysis and control environment based on IoT and visual interface. Collected data is analyzed and processed by advanced software so that information about key power-consuming equipment can be shared with grid enterprises and customers. The platform provides comprehensive, multidimensional power management as well as data support and access strategies for the integration of inverter equipment, synchronous condenser, and reactive power compensation.

[Keywords] Internet of things; visual interface; power consumption management platform; optimization