Global Tech Company
Project Summary
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This project successfully demonstrated how integrated smart technologies can enhance the efficiency, sustainability, and functionality of a modern smart campus.
Overview
This case study focuses on a smart building campus project featuring five interconnected buildings equipped with advanced smart technologies. The project aimed for LEED v4 Platinum, WELL v2 Platinum, and ILFI Net Zero Carbon certifications, focusing on energy efficiency, occupant wellness, and resource management. The systems were designed for flexibility, accommodating changes in space and usage efficiently.
System Integration
The campus utilised a suite of core systems to optimise performance, including:
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Building Management System (BMS): Used BACnet protocol for internal communications, linked with lighting and blinds control systems for enhanced data management and cloud connectivity.
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Lighting and Blinds Control Systems (LCS & BCS): Operated on BACnet and KNX/DALI protocols, integrated for effective cloud communication and data translation.
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Energy Management Information System (EMIS): Used Modbus protocol for network communications, linked with MSI Gateway for cloud data handling.
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Air Quality and Occupancy Sensors: Communicated via MQTT and HTTPS protocols to provide real-time environmental data, enhancing building management through the Smart Building Platform.
Smart Building Platform
Hosted in the cloud, this platform managed assets, monitored systems, and provided fault detection and diagnostics. It supported predictive maintenance and integrated with CMMS for streamlined operations. The platform also analyzed data from environmental and occupancy sensors to optimize energy use and improve environmental controls.
Applications and Outcomes
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Workplace Application: Managed room bookings and wayfinding, integrated with digital signage to enhance navigation and user experience.
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EV Charging System: Used 5G for data transmission, integrated with the platform for efficient energy management.
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Maintenance and Efficiency: The platform's predictive maintenance and real-time monitoring capabilities led to improved maintenance efficiency, energy savings, and enhanced system visibility and management.
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Sustainability and User Experience: Real-time tracking and automated system adjustments helped maintain optimal conditions and sustainability, improving the overall user experience and environmental impact.