Integrated centralized control and comprehensive management system for smart buildings

In response to the national call for energy conservation and carbon reduction, State Grid Yiling District Power Supply Bureau has adopted an integrated centralized control and comprehensive management system for smart buildings to achieve refined monitoring and intelligent management of building energy consumption, comprehensively enhancing the energy efficiency and intelligence level of buildings, and creating safer, smarter, more efficient and greener modern buildings.

System Overview

The integrated centralized control and comprehensive management system for smart buildings integrates the optimization and transformation of power distribution networks, intelligent unit systems, and digital twin visualization technologies. It realizes multi-dimensional intelligent management of buildings through a unified platform. The system, with the Internet of Things and big data analysis at its core, integrates energy consumption monitoring, equipment management, and office services, providing comprehensive technical support for energy conservation and carbon reduction in buildings.

Core advantage

Smart power distribution network based on IoT

The system adopts Internet of Things (iot) technology to collect real-time data of switch circuit breaker nodes in the low-voltage distribution system, achieving remote monitoring and intelligent control of the power supply network. Through the functions of status visualization, hidden danger early warning and fault diagnosis, ensure the safety and reliability of power supply. Meanwhile, the system analyzes energy consumption curves by dimensions such as elevators, central air conditioning, offices on each floor, and canteens, providing data support for energy efficiency optimization and facilitating the realization of energy conservation and carbon reduction goals.

2. Integration of smart office systems

The system integrates intelligent management functions for meeting rooms, covering the entire process from meeting reservation, notification sending, participation statistics, facility management to record push, significantly enhancing the efficiency and experience of meetings. Through the intelligent transformation of the air conditioning system, remote status monitoring and centralized control on the platform are achieved, optimizing energy usage efficiency.

3. Convenient mini-program application

The mobile mini-program specially designed for employees offers four core functions: visitor reservation to simplify the reception process, vehicle dispatch reservation to facilitate travel arrangements, meal reservation to ensure worry-free dining, and employee registration to efficiently manage information. The mini-program is seamlessly integrated with the centralized control platform, significantly enhancing office efficiency and experience.

System function

• •​Intelligent Power Distribution managementReal-time monitoring of power supply status enables remote control and fault diagnosis
• •​Sub-item measurement of energy consumptionMulti-dimensional analysis of energy consumption data provides a basis for energy-saving optimization
• •​Intelligent Office SystemIntelligent management of meeting rooms and remote control of air conditioners
• •​Smart Canteen ManagementIntegrated meal reservation and consumption statistics
• •​Intelligent Visitor ManagementOnline reservation, identity verification, and full traceability of entry and exit records
• •​Integrated security and fire protectionA unified monitoring platform is established to enhance the safety level of buildings
• •​Comprehensive data analysisBig data analysis applications continuously enhance the intelligence level of buildings

Application scope

This system is applicable to office buildings, commercial parks, campus buildings in various industries, as well as public buildings such as hospitals, libraries, and exhibition halls, providing customized intelligent management solutions for buildings of different scales.

The integrated centralized control and comprehensive management system for smart buildings effectively enhances the energy utilization efficiency of buildings and reduces operating costs through intelligent technical means, providing a practical and feasible technical path for achieving the goals of carbon peaking and carbon neutrality