Under the "Dual Carbon" Goal and AI Wave: TYT Powers Southeast University's Smart Campus Transformation
Against the backdrop of advancing the "Dual Carbon" goals and the surge of AI technology, digital and green transformation is no longer a distant blueprint, but an urgent practical endeavor.
To address the "transformation challenges", Southeast University has joined hands with TYT, a leader in energy efficiency management and smart electrical solutions. Leveraging the TYT FUTURE@Campus Smart Campus Power Management Solution, they have driven the Lanyuan Dormitory at Southeast University's Jiulonghu Campus to become a new landmark of smart campuses!
Five Core Demands: Anchoring the Direction of Green Intelligence
As scenarios for collective living with frequent schedule changes, university dormitories feature dense populations, large load fluctuations, and distinct peak-valley periods. They face electrical safety hazards that are difficult to fully resolve with traditional solutions:
Three Hierarchies: Elevating to New Heights of Digital Intelligence
In response to transformation needs, TYT provides full-lifecycle support for the Lanyuan Dormitory project of Southeast University, covering design, construction, operation, optimization, and maintenance. Based on the TYT FUTURE architecture and platform, an integrated solution with interconnected device layer, transmission layer, and application layer has been built.
Device Layer: Integrating Digital & Intelligence to Break the Bottleneck of Single Function
TYT's MB3 Series Smart IoT Miniature Circuit Breakers deeply integrate intelligent sensing technology, edge computing, and IoT communication. They break the bottleneck of the single protection function of traditional miniature circuit breakers and build a closed-loop intelligent protection system of "real-time monitoring - intelligent early warning - active control - data traceability - energy efficiency optimization", solving the problems of electrical hazards and energy waste.
Transmission Layer: Flexible Networking to Adapt to Various Usage Environments
Application Layer: Smart IoT Driving a Leap in Energy Efficiency
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