Solution Architecture
●Transportation sector: Reduce costs and increase efficiency, and promote green transformation
●Society and Dual Carbon: Energy Conservation and Emission Reduction, Ensuring Energy Security
TransportationThe integration of transportation and power systems is characterized by "co-construction of infrastructure, interconnection of data, and bidirectional flow of energy". Relying on technologies such as the Internet of Things, AI, 5G, and virtual power plants, it builds a "transportation-energy" coupled ecosystem. It is the intersection of the new power system and the strategy of building a strong transportation country, with the core being to solve problems such as load fluctuations, power grid adaptation, and green electricity consumption brought about by transportation electrification.
Solution Architecture
●Transportation sector: Reduce costs and increase efficiency, and promote green transformation
●Society and Dual Carbon: Energy Conservation and Emission Reduction, Ensuring Energy Security
Four-layer system: Basic Layer → Platform Layer → Application Layer → Security Layer
Infrastructure layer (perception + network + computing power, transportation-energy "nerve endings")
Core Platform Layer (Data + AI + Collaboration Hub, Transportation - Energy "Brain")
Scenario Application Layer (Domain-specific implementation, transportation-energy "limbs")
Security Assurance Layer (End-to-End Protection, Transportation-Energy "Immune System")
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