Enterprise Energy Monitoring System

NegotiableUpdate on 03/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

In order to enable enterprises to better complete resource allocation, production organization, departmental settlement, and cost accounting, Beijing Yubang Electric Power Technology Co., Ltd. has successfully developed an enterprise energy monitoring system to meet the actual needs of high energy consuming enterprises such as steel. By establishing effective automated energy data to monitor energy supply, enterprises can grasp the energy status in real time, laying a solid data foundation for achieving energy automation regulation. Energy management has shifted from post event, extensive management mode to pre event, refined management mode, achieving stable, safe, and efficient energy production, technological improvement and innovation in energy conservation and consumption reduction, and significantly reducing energy consumption. The on-site monitoring unit is mainly responsible for collecting data from water, electricity, gas, heat, and wind measuring instruments at various monitoring points. The enterprise energy monitoring system adopts a distributed system structure, with multi-level monitoring centers connected to the central main station from bottom to top. The comprehensive collection terminal monitors real-time data and equipment status of water, electricity, gas, heat, and wind measuring instruments at various monitoring points, and intelligently analyzes and processes various information of the monitoring points. The main station of the center is mainly composed of databases and storage programs, application servers, and collection servers. It runs TCP/IP protocol online and meets the overall technical requirements of the Ministry of Information Industry for monitoring systems. The enterprise energy monitoring system mainly monitors and manages various energy media involved in the production and operation activities of the enterprise, such as water, electricity, gas, wind, heat, oil, coal, etc. Liquid media: such as industrial water, domestic water, soft water, industrial oil, stone .....

Product Details

Main functions of the system

1. Planning and effectiveness management: including energy planning management, energy effectiveness management, and planning and effectiveness comparison management;

2. Operation management: including log management, alarm information management, energy accident management, operation monitoring management (energy monitoring screen, factory geographical distribution, real-time alarm display), etc;

3. Equipment management: including equipment ledger management, equipment hazard management, equipment shutdown and resumption management, etc;

4. Data query: including energy consumption query, comprehensive indicator query, report management, etc ；

5. Statistical analysis: including energy comparison management, equipment energy consumption analysis, and energy consumption prediction management;

6. Regulation and environmental management: including management by supervisory agencies, management of supervisory penalties, management of environmental monitoring, management of pollution incidents, etc;

7. Comprehensive applications: including data interface management, emergency plan management, energy quality management, energy protocol management, etc;

System Characteristics

This system draws on advanced experience in energy management both domestically and internationally. From the perspective of enterprise management, it is designed and integrated with an overall application logic. Through advanced information systems, it provides comprehensive management and operational support for energy planning, production, performance, transmission and distribution, scheduling, analysis, business processes, and human resource utilization. With fewer manpower, advanced means, effective systems, and complete information support, it comprehensively improves the company's energy management level.

1. Based on computer networks, an industrial Ethernet network is composed of high-performance and intelligent instrument sensing and monitoring devices, which are connected through the underlying layerPLCReal time and dynamic collection of energy data by control and upper computer configuration software;

2. By using energy monetization and indicator assessment as a means, the collected energy data is accumulated and summarized to form an energy sub item consumption analysis chart, which can be used as a reference for decision-making analysis by senior personnel.

3. The statistical data is accurate, reliable, highly shared, and can provide a basis for finance and related production departments to track and control manufacturing costs in a timely manner.

4. By comprehensively analyzing the real-time collected energy data, dynamic single machine operation capability analysis data is obtained, providing reference for equipment operation, production scheduling, and maintenance.