CN
EN
Energy Management System
The DORBAS Energy Management System is energy management software designed for buildings, campuses and public facilities. Built on a web visualization platform, it performs refined metering, real-time monitoring, intelligent analysis and dynamic control of various energy consumption data such as water, electricity, oil and gas. It helps users grasp the overall energy consumption status, identify abnormal energy usage, optimize energy-saving strategies, calculate energy-saving benefits, reduce operating costs and support energy conservation and emission reduction targets.
The software provides complete functional modules including energy overview, energy consumption analysis, historical data, real-time data, report analysis and system management. Featuring intuitive interfaces and simple operation, it applies to construction projects such as airports, rail transit, museums, schools, hospitals, hotels, commercial complexes and large industrial parks, meeting energy management requirements for exhibition, conference, office, commercial, hotel and other functional zones.
Core Features
Multi-energy Data Management: Supports unified access and management of multiple energy consumption data including electricity, water, oil and gas. It is compatible with various smart meters and allows manual entry of energy data to cover diverse energy usage scenarios.
Multi-dimensional Energy Statistics: Built-in energy consumption data model. Hourly, daily, monthly and yearly aggregation statistics by region, equipment and energy category, with flexible query for custom time ranges.
Visual Monitoring Dashboard: Provides multiple visual dashboards such as energy overview page, regional energy consumption ranking, energy analysis, daily/weekly/yearly energy comparison and equipment energy comparison for clear visibility of energy status.
Energy Efficiency Benchmarking: Calculates energy efficiency indicators including energy consumption per unit area, average energy consumption for exhibition halls, energy consumption per unit turnover, energy consumption per room-night / guest-night, and supports comparison and ranking among similar areas to assist energy efficiency assessment.
Standard Data Reporting: Encodes energy data in accordance with national energy coding rules and outputs encrypted XML files to meet the requirements of energy consumption monitoring data submission for public buildings.
Data Export and Access Control: One-click generation and export of energy consumption data and electrical parameters. Hierarchical user permission management ensures data security and standardized platform operation.
Product Interface
Web Login: Users enter the correct URL in the browser address bar
Main System Function Interface: The system displays aggregated energy flow data of all buildings in the park by default. Users can also select a specific area to view detailed energy flow diagrams for single or multiple buildings within that area.
Energy & Carbon Analysis Interface: Users can preset target values for energy consumption and carbon emission in the system backend. On this interface, the system compares and analyzes actual values against configured targets.
Real-time Data Query: Users select specific building, floor and date via dropdown menus. The system displays and allows retrieval of corresponding real-time energy consumption data.
Electric Power Management: Users select building, floor and power consumption time period to view detailed energy data of each dormitory unit. Queried dormitory energy data can be exported as reports (e.g. Excel format).
Application Scenarios
Suitable for exhibition halls, conference centers, office buildings, commercial complexes, hotels and other functional zones, as well as public buildings including airports, rail transit, museums, schools, hospitals and large industrial parks. It satisfies comprehensive requirements for building energy monitoring, energy efficiency evaluation and energy-saving management.
