The FTEMS900 Comprehensive Energy Management System focuses on energy usage monitoring through modern measurement and control technologies. By integrating and analyzing energy operation data, it builds a more transparent and intelligent energy management platform. The system enables continuous awareness, diagnosis, problem identification, solution implementation, and feedback, forming a cyclical optimization process. Through ongoing improvement, it helps achieve ideal energy-saving results, reduce energy costs, and realize sustainable energy efficiency.
Steel industry
Petrochemical plants
Pharmaceutical manufacturing
Cement production
Coal mining
The system enables timely, rapid, and accurate monitoring of regional energy consumption data. It supports scientific analysis, forecasting, and early warning, providing multi-dimensional, visualized data queries and decision support for enterprises. This helps achieve scientific energy usage and effective energy management.
The energy management system adopts a layered distributed system architecture, enabling the acquisition, processing, and analysis of categorized energy consumption data (electricity, gas, water, etc.) within buildings. It supports comprehensive energy analysis and facilitates energy-saving applications.
The system supports real-time or scheduled reading of values from various metering devices.
Allows hourly, daily, and monthly inquiries into detailed energy usage (electricity, water, gas, etc.), with maximum, minimum, and average value analysis.
Generates daily, weekly, monthly, quarterly, and annual consumption reports by monitoring point. Supports exportable reports such as total energy, electricity, water, and alarm reports. Custom report formats are also available.
Displays energy data using various visual formats, including bar charts, line graphs, tables, and pie charts.
Enables comparison of energy consumption by type (e.g., electricity vs. water) or by object (e.g., different buildings, time periods), supporting year-on-year and month-on-month analysis.
By energy type: electricity, water, gas, heating
By usage category: air conditioning, elevators, lighting, public areas
By zone: office buildings, factory areas, dormitories, canteens, warehouses
Alarm strategies can be set based on branch circuits or floor usage. If abnormal consumption occurs, the system alerts users based on predefined methods to prevent equipment failure or human-caused waste.
Supports alarm queries by type, status, and severity level.
Flexible user access control with different login levels and security policies depending on user roles and application layers.
