Energy Management System - Electric Power Energy Management System

Energy Consumption Management System-Electric Power Energy Consumption Management System

The energy consumption management system consists of energy metering devices, data collectors, and network communication equipment. The system features functions such as data acquisition, data storage, data processing and analysis, system management, system operation status monitoring, and fault diagnosis. It can also transmit various data and information to a higher-level information center.

In addition to realizing remote measurement, remote signaling, and remote control functions of the power monitoring system, the ECS7000S Energy Consumption Management System can also perform statistical analysis on collected data according to the principles of classification and sub-itemization. It generates and displays statistics and related charts for various classifications, sub-item energy consumption, energy consumption per unit area, and total energy consumption, identifying high energy consumption points or unreasonable energy usage habits. This effectively saves energy and provides accurate data support for users' further energy-saving renovations or equipment upgrades.

For more product information, performance, and pricing, please call our company.

Contact: Manager Wu

Phone: 13891834587 (same as WeChat)

QQ: 704151787

Email: 704151787@qq.com

System Function Introduction:

1. Real-time Data Acquisition and Monitoring

Smart meters in distribution boxes collect and transmit input quantities such as analog, digital, and switch signals from the production process, along with other alarm events, through interval-level communication control units. The collected input quantities are processed, and the database is updated in real-time. The database can be automatically written via bus collection or manually added, modified, or deleted through the human-machine interface.

2. Energy Consumption Monitoring Display

By Building: All buildings are constructed into 3D maps. Users can view energy consumption by building type, down to the floor-room level, displaying basic room information. This provides an intuitive display of the building's sub-item and classified energy consumption. It allows monitoring of energy consumption for any metered room at any time or over any time period, supporting hourly, daily, weekly, monthly, quarterly, and yearly monitoring.

By Organizational Structure: An intuitive graphical interface displays the energy usage of various organizational units. It allows monitoring of energy consumption for any metered room at any time or over any time period, supporting hourly, daily, weekly, monthly, quarterly, and yearly monitoring.

By Meter: Based on meter name, meter code, and meter type, monitor data and status of each meter at any time or over any time period. Supports hourly, daily, weekly, monthly, quarterly, and yearly monitoring.

By Pipeline Network and Branch Circuit: Monitor energy usage based on pipeline networks and branch circuits.

3.Remote Meter Reading and Management

Supports remote automatic meter reading for electricity, water, and gas separately. Enables visual interface-based data storage, billing, and management, operated by property administrators.

4.Energy Consumption Query

Energy consumption statistical query analysis includes:

① Basic building information query, including building name, usage nature, floor area, number of floors, energy-consuming equipment within the building, metering devices, etc.;

② Organizational structure query;

③ Report query;

④ Comparative query;

⑤ Meter query;

⑥ Historical data query, supporting energy consumption queries by area, sub-item (lighting, power, air conditioning, special), and by household. Allows custom grouping for energy consumption queries. Users can combine energy consumption queries within their permissions as needed. Query results can be presented in bar charts, pie charts, trend graphs, or various table formats. Results can be exported in formats such as Excel or PDF for secondary use of data.

5.Energy Consumption Publicity

Energy consumption publicity displays overall energy usage and the energy consumption status of various organizational levels and units. Real-time statistical analysis charts clearly show the energy usage status of various units to promote energy-saving awareness.

6.Energy Consumption Alarm

If energy usage exceeds standards, alarms are triggered via SMS, web pages, etc. The system regularly checks various collected quantities, issues out-of-limit alarms, and records, reviews, and prints them.

7. Energy Consumption Diagnosis and Analysis: Classifies and analyzes energy consumption according to relevant national regulations.

Energy Consumption Management System Intelligent Lighting System Description:

① This public building energy-saving monitoring system uses an electric energy management system to achieve fully automated management of the system project and building energy consumption analysis;

The building subsystem consists of: sub-item metering devices, data collectors, system software and hardware, communication networks, etc.;

The monitoring system host is located in the fire control room or elsewhere, and the building subsystem can connect to the municipal energy consumption monitoring center.

Sub-item metering is set up by electricity (classified by air conditioning electricity, lighting socket electricity, power electricity, special electricity, etc.),

Water, gas, centralized heat supply, centralized cooling supply, and other categories are collected and statistically organized for building energy consumption data.

② Uses MODBUS protocol, RS485 bus type, with each channel supporting up to 32 smart power devices. Specific quantities are detailed in each low-voltage distribution system diagram.

③ Multi-function meters in low-voltage incoming and tie cabinets enable analog collection of current, voltage, power, etc.;

Multi-function meters in the low-voltage distribution system collect analog quantities such as three-phase current, three-phase voltage, and three-phase power for all circuits;

The accuracy class of electric energy meters is not lower than 1.0; the accuracy of current transformers used is not lower than 0.5.

Application Scenarios:

(1) Distributed group office buildings (commercial offices, state organ office buildings, etc.);

(2) Distributed chain commercial buildings (shopping malls, financial institution buildings, etc.);

(3) Distributed chain tourism buildings (hotels, restaurants, entertainment venues, etc.);

(4) Multi-branch science, education, culture, and health buildings (cultural, educational, research, medical, health, sports buildings, etc.);

(5) Group communication buildings (postal, telecommunications, broadcasting, television, data centers, etc.);

(6) Group transportation buildings (airports, stations, ports, etc.).

Energy Consumption Monitoring Management System

Apartment Energy Consumption Management System

Electric Power Energy Consumption Management System

Intelligent Energy Consumption Management System

Energy Consumption Management System Brands

Building Energy Consumption Management System

Hospital Energy Consumption Management System Solutions

Energy Consumption Monitoring Management System Manufacturers