Major Transportation Corridors-重大通道

Three Business

Comprehensive Infrastructure

Rail Transit Network

Major Transportation Corridors

Smart Neighborhoods

New Infrastructure Engineering

Digital and Intelligent Governance

Comprehensive Management and Control

Vehicle-Road-Cloud

Low-altitude Control and Management

Power Charging, Storage and Discharging

New - Quality Operations

Asset Activation

Low-altitude Operation

Lifeline Engineering

Operation Assurance

Digital Base

Multi-mode AI Regulation Business Engine

Evolutionary Computing Platform

Digital Twin Foundation

Major Transportation Corridors

In the new stage where the country is building a high-quality transportation powerhouse and urbanization has entered a plateau period, major corridors face challenges such as spatial and financial constraints, and disconnection between existing facilities and new technologies. Under such circumstances, the rationality of functional scale, feasibility of engineering schemes, controllability of project investment, and social stability of major transportation projects are mutually restrictive, resulting in unstable schemes and slow construction progress. To achieve efficient infrastructure development and effective investment, relying on big data and traffic simulation platforms, and collaborating with a multi-disciplinary team, we clarify the functional positioning, construction schemes, new infrastructure content, investment estimation, and social stability and environmental impact of major corridors, supporting government decision-making on major projects and providing scientific support for urban infrastructure.

Overall Solution

Construct a big data-driven intelligent traffic simulation system, focusing on the rationality of functions and schemes of major corridors in new infrastructure scenarios. Integrate cross-disciplinary expert teams, quantitatively evaluate the impact of corridor schemes on various stakeholders' demands, social stability risks, and environmental benefits in the digital twin system, and provide the government with a full-process decision-making solution covering technical verification, cost control, and risk early warning.

Data - Driven

Leverage years of accumulated data analysis capabilities and model - building experience to drive decision - making for complex and significant projects.

Digital Twin

For complex traffic situations, utilize driving simulation and online traffic simulation technologies. For complex spaces, use Building Information Modeling (BIM) to verify the layout plans of various facilities.

Intelligent Management and Control

Major corridors under tight constraints often have complex traffic organizations. To ensure operational efficiency, they are often equipped with intelligent operation management systems.

Multi - professional Integration

Break down the barriers among multiple specialties such as transportation, data, urban planning, and landscape. Conduct collaborative research to reduce the negative impacts on urban space and the environment, and promote collaborative land development.

Implementation Cases

Jihuo Expressway Three-Dimensional Reconstruction and Expansion

Binhai Avenue (Headquarters Base Section) Traffic Comprehensive Renovation Plan

Reconstruction and Expansion of Guangzhou-Shenzhen Expressway (Shenzhen Section)

Considering constraints in comprehensive transportation functions, engineering technology, investment, land acquisition and demolition, it innovatively proposed and built the world's first three-dimensional double-deck 8+8 expressway. For the composite interchanges and layered node layout of the double-deck expressway, a closed-loop mode of "scheme design - simulation evaluation - iterative optimization" was established in the digital twin system. 15 complex interchanges underwent 5 rounds of model optimization, increasing the average operating speed by over 12%, effectively guiding the engineering design and supporting Shenzhen's first batch of pilot demonstration projects for building a transportation powerhouse.

To eliminate existing traffic bottlenecks, support high-intensity development of the super headquarters base, and provide higher-quality public space, it promoted the sunken reconstruction of Binhai Avenue, the first practice in China to completely realize pedestrian-vehicle separation for a world-class waterfront public space. Using new technologies such as BIM and CIM to coordinate underground space development, balance transportation and municipal systems, and participate in the whole process of regional planning, design, and construction to ensure functional implementation.

It long-term tracked passenger and cargo data of road networks, hubs, and ports, linked urban industrial development trends to clarify the road-city development relationship and stabilize the project's functional scale. Through the CIM system, it analyzed core demands of all parties, balanced interests, formulated precise node and subgrade renovation schemes, and evaluated renovation benefits by integrating traffic and operation data, providing quantitative basis for investment and financing negotiations.

Our Advantages

Years of experience in transportation consulting services and in-depth insights into urban and transportation systems

AI-empowered BIM + CIM full-element data support and simulation capabilities

An interdisciplinary team integrating urban planning, transportation engineering, architecture, and landscape architecture, along with integrated refined design capabilities

Capabilities in upgrading transportation infrastructure by integrating new infrastructure and new industries, as well as sustainable operation capabilities