This project utilizes a low-code platform built on a microser-vices architecture, supporting 2D/3D visualization and enablinguser secondary development. it combines advanced technologywith proven reliability, featuring three core functional modules.data visualization, energy management, and equipment management. Key capabilities include equipment monitoring, messagenotification, data analysis and processing, equipment lifecyclemanagement, and a knowledge base.

The field control system encompasses approximately 300+subsystems across 20+ equipment categories, with 600+ energymanagement nodes,including:HVAC systems、Dehumidifiersystems,Compressed air systems, Exhaust systems, Electrode foilincineration systems,Chilled water systems,Nitrogen systems、Steam systems、Thermal oil systems,Cooling water systems、Purified water systems,Hot water systems,NMP (N-Methyl-2pyrro.lidone)systems,Wastewater treatment systems.