Energy Management System (EMS)

· Energy Management System (EMS) is a comprehensive management platform that integrates automation, informatization and system energy-saving technology. Through technical means such as the Internet of Things, cloud computing, and big data, it realizes all-round monitoring and optimization of energy use., To help enterprises achieve energy saving and consumption reduction, improve production efficiency and sustainable development goals

product positioning
Focus on the full-link value of "monitoring-analysis-optimization" of energy consumption, build an enterprise-level energy consumption management platform, accurately diagnose the energy operation status of energy pipe networks and key equipment through intelligent modeling, dynamic monitoring and visual display, help enterprises make energy consumption optimization decisions, and promote the upgrading of enterprise energy management from experience-driven to data intelligence-driven.

product advantages
· Real-time collection of energy pipe network and key equipment, the construction of the whole process of visual monitoring system, abnormal energy consumption immediate warning;
· Monitoring the energy consumption level of teams, production lines, workshops, pipe networks and factories to meet the multi-dimensional energy consumption management needs of enterprises;
· Customizable energy consumption monitoring kanban style, both aesthetic and practical;
Support energy efficiency benchmarking, thematic analysis and trend prediction, quickly locate high energy-consuming links, and accurately quantify optimization potential;
Establish a multi-dimensional energy evaluation system covering unit consumption and utilization rate, and promote the management of PDCA cycle;
Modular design adapts to multi-industry scenarios and supports seamless integration with existing enterprise systems.

Product Features
Operation monitoring: field monitoring, pipe network monitoring, regional monitoring, alarm rules
Statistical balance: total measurement points, node quantity confirmation, mutual supply arbitration, pipe network balance, statistical balance.
Energy efficiency indicators: energy efficiency analysis, indicator rules, plant-wide energy efficiency, regional energy efficiency
Optimization analysis: energy consumption analysis, pipe network analysis