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HKST6000 Smart Energy Management System

HKST6000 Smart Energy Management System

Overview:

The HKST6000 Smart Energy Management System (Industrial/Building) collects energy consumption data through classification and sub item energy consumption measurement devices for large public or commercial buildings, and uses remote communication transmission and other means to achieve online monitoring and dynamic analysis of energy consumption of large public or commercial buildings (or building clusters). In terms of specific implementation, classified energy consumption and itemized energy consumption measurement statistics are adopted. Classified energy consumption refers to the energy consumption data collected and organized based on the main energy types consumed by government office buildings and large public buildings, including electricity consumption, water consumption, gas consumption, heat consumption for central heating, cold consumption for central cooling, and other energy applications such as hot water supply, coal, oil, and renewable energy. Sub item energy consumption refers to the energy consumption data collected and organized based on the main uses of various types of energy consumed by government office buildings and large public buildings. Taking electricity as an example, there are four sub items: lighting socket electricity, air conditioning electricity, power electricity, and special electricity.

Main functional features:

1. Rich device support and stable real-time data collection

HKST6000 supports front-end collection devices with multiple communication protocols, such as DL/T645-2007 for electricity meters, M-BUS for water meters, MODBUS-RTU for building automation, and power relay

Electrical protection 103, 104, etc;

HKST6000 supports multiple communication acquisition and centralized devices: supporting national network standard collector concentrators, supporting wired RS485 interfaces, wireless carrier, small wireless, ZIGBEE, GPRS; Supports wired TCP/IP and wireless WIFI; Support serial server transparent transmission and communication management machine integration protocol package;

2. Advanced energy consumption analysis and management mechanism

Detailed annual monthly daily report and energy consumption breakdown report. And provide energy conservation options based on the current period (year month day) compared to previous records, with text and graphic tracing to

To record. Provide internal settings to assess the total and component warning parameters of energy consumption, in order to facilitate internal supervision and management of energy consumption.

 

Real time collection of front-end equipment data such as smart electricity meters, water meters, gas meters, air conditioning cooling and heating meters, and transmission to the management center through the collection and transmission network. The management center conducts statistical analysis of energy consumption data and uploads it to the superior energy consumption monitoring center;

The air conditioning cooling subsystem realizes real-time monitoring and networked management of indoor temperature, providing reliable basis for precise control of the on/off time and temperature of central air conditioning;

The switch module can monitor the status of doors and windows in real-time, and it is strictly prohibited to use air conditioning or heating equipment when opening doors or windows

Helps to improve the temperature balance in various areas of central air conditioning or northern heating systems, improve operational efficiency, and reduce operational costs;

By centrally managing and controlling the entire parameters and process of the energy consumption system of the project, the energy-saving operation management function of public buildings can be achieved.

3. Rich real-time historical data representation

Collect real-time and historical data, which can be intuitively expressed using graphs such as curve charts, bar charts, trend charts, and proportion pie charts, making it simple and clear at a glance;

4. Complete data statistical analysis report, energy use audit recommendation model mechanism;

5. High speed data acquisition and storage

Adopting group based scanning, the data collection time is faster, and the data is stored in a historical database for retrieval, analysis, and processing. The scanning time and storage interval can be set;

6. Event and alarm handling

Rich alarm content: analog constant value exceeding limit alarm record, switch displacement alarm record, control correlation numerical condition alarm record, alarm event classification list record, convenient for recording

Query statistics processing. Automatically generate a classification alarm record form, and the alert color scrolls up and down to display. When the alarm condition disappears, the alarm status will be automatically released and historical events will be displayed

Queries include remote control operation records, communication events, file addition and modification records, account opening fee collection records, table change records, zero reset records, etc., which can be queried by date, time, and category

And operator classification queries.

7. Powerful energy-saving improvement and potential tapping analysis suggestions: Through scientific data modeling and analysis, calculate and obtain data for improvement and potential tapping plans, form a complete energy consumption management system process for data collection, recording, processing, comparison, analysis, suggestions, and improvement;

8. Support for network development technology and big data cloud technology analysis: HKST6000 has successfully introduced web technology, facilitating the collection and integration of energy consumption data into the cloud, enabling cloud data processing and analysis, breaking through the traditional concept of point-to-point distribution, achieving real-time and permanent online data, and scheduling operations and query processing anytime and anywhere.

HKST6000 Smart Energy Management System