Overview of Integrated Building Equipment Monitoring System

The integrated building equipment monitoring system, in accordance with the requirements of Section 18.14 of the national standard GB 51348-2019 "Standard for Electrical Design of Civil Buildings," achieves building monitoring and management functions such as equipment monitoring, power monitoring, lighting control, residual current monitoring, energy metering, building environment monitoring, and energy efficiency management. The system equipment includes the distribution, conversion, protection, control, metering, and safety of electrical energy, as well as the monitoring, metering, control, and protection functions of the controlled equipment, along with human-machine control operations, information and status display, and network communication capabilities. The system interconnects building equipment control systems through a network to form an integrated power supply, monitoring, and control system.

G.AX-A Air Conditioning Unit Energy-Saving Controller

To fully achieve the technical indicators and functional requirements of a smart building, this project implements an integrated building equipment monitoring system to realize building monitoring and management functions such as equipment monitoring, power monitoring, lighting control, residual current detection, energy metering, building environment detection, and energy efficiency management. The system equipment should include the distribution, conversion, protection, control, metering, and safety of electrical energy, as well as the monitoring, metering, control, and protection functions of the controlled equipment, along with human-machine control operations, information and status display, and network communication capabilities. The system must comply with the requirements of Section 18.14 of the national standard GB 51348-2019 "Standard for Electrical Design of Civil Buildings."

The integrated building equipment monitoring system interconnects building equipment control systems through a network to form a comprehensive and integrated power supply, monitoring, and control system. The system endpoints should consist of integrated control cabinets, manufactured using standardized production processes. The selection of components for the standardized electrical control units within the integrated cabinets must meet relevant national standards and drawing requirements.

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Other Models

G.AY-B Garage CO Fan Sub-Controller

G.AY-A Garage CO Fan Main Controller

G.AX-A Air Conditioning Unit Main Energy Efficiency Controller

G.AX-A Air Conditioning Unit Energy-Saving Controller

G.AX-B Fresh Air Unit Energy-Saving Controller

G.AX-A Air Conditioning Unit Energy-Saving Control Cabinet

G.AX-B Supply Fan Energy-Saving Controller

G.AX-B Exhaust Fan Energy-Saving Controller

G.I-P Drainage Pump Energy-Saving Controller

G.I-P Submersible Sewage Pump Energy Efficiency Controller

G.I-K Water Supply Pump Energy-Saving Controller

G.IT Elevator Energy-Saving Controller

G.AD Chilled Water Pump Energy-Saving Controller

G.AQ Cooling Water Pump Energy-Saving Controller

G.AF Cooling Tower Energy-Saving Controller

G.AS Air Conditioning Terminal Energy Efficiency Controller

G.REAL-AX-B Fresh Air Unit Controller

G.AZ Positive Pressure Supply Fan Controller