New Infrastructure Engineering-新基建工程

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

New Infrastructure Engineering

In response to the national requirement of building "livable, resilient, and smart" cities, intelligent upgrading has become the key to improving urban governance and service levels. Shenzhen Urban Transport Planning Center Co., Ltd.'s "New Infrastructure Engineering" solution integrates technologies such as digital twins and integrated communication-sensing to build a safe and efficient low-altitude operation system, supporting the large-scale development of the low-altitude economy. Through the construction of a full-area connected infrastructure cluster and the exploration of sustainable construction and operation models, it promotes the digital and connected transformation of infrastructure, enhances governance efficiency, and fosters an industrial ecosystem. Meanwhile, in response to the needs of refined governance and ecological civilization, it revitalizes assets and connects green facilities through "landscape+" cross-border integration, creating smart and sustainable new living scenarios for blocks and corridors.

Overall Solution

To serve the development of the low-altitude industry and urban upgrading, it covers the construction and operation of low-altitude integrated hubs, experimental zones, and test sites, urban transportation AI cloud platforms, and the construction of sustainable blocks and corridors. It has the full-chain service capabilities of solution design, integrated construction, and integrated investment, construction, and operation.

Urban Traffic Dispatching AI Cloud Platform

Based on CIM, a new generation of urban traffic management and control common support platform with loose coupling, openness and scalability is built to support city-level intelligent connected unified management and services.

Low-Altitude Integration Hub

By utilizing spaces such as urban hubs, stations, and parks, and through means like resource revitalization and new construction, various low-altitude facilities are arranged to build a benchmark low-altitude integration hub integrating multiple business forms including low-altitude take-off and landing, super charging, parking, and urban services, so as to realize the commercial closed-loop of investment and construction of low-altitude infrastructure.

Low-Altitude Demonstration Zone

Targeting the integrated operation tests in complex environments and multiple application scenarios in high-density urban areas, it carries out the construction of various low-altitude information infrastructure such as communication, sensing, computing and meteorology, as well as systematic technical tests. Relying on various scenarios, it accumulates innovative experience in the integrated operation of heterogeneous low-altitude aircraft and promotes the establishment of modern governance capabilities for low-altitude integrated operations.

Low-altitude Integrated Hub

Utilize urban hubs, stations, parks and other spaces. Through means such as revitalizing existing resources and new construction, various low-altitude facilities are arranged to create a benchmark of low-altitude integrated hubs that integrate multiple business forms including low-altitude takeoff and landing, supercharging, parking, and urban services. This realizes the commercial closed loop of investment and construction of low-altitude infrastructure.

Low-Altitude Test Site

It provides integrated hardware and software construction capabilities including take-off and landing facilities, information infrastructure, detection platforms, and test operation software, builds a safe and controlled test site environment, supports the full-chain testing and verification capabilities covering components, whole-machine performance, flight management, low-altitude applications, and emergency disposal, and expands multiple functions such as training and exhibition.

Sustainable Neighborhood

By building a green transportation system, activating place landscapes, upgrading high-quality facilities, and establishing smart city operations, we will construct safe, friendly, efficient and convenient sustainable blocks, so as to enhance citizens' happiness index in travel.

Ecological Corridor

Based on local conditions, we will adopt various forms of ecological corridors such as greenways, waterfront greenways (Bidao), country trails, cycling paths, and fitness trails to restore urban ecology, integrate humanistic activities, and build ecological corridors where humans, cities, and nature coexist in harmony.

Integrated Delivery of Nanshan Low-altitude Integration and Innovation Test Zone

Longgang Pingdi Drone Test Field

Pingshan Intelligent Connected Transportation Test and Demonstration Platform

China's First Connected Vehicle Supervision Platform

The West Xili Lake Greenway (Blueway)

Taking an area of approximately 7.8 square kilometers in the Houhai area and the Shenzhen Bay Coastal Recreation Belt as the test zone, the first test zone for the integrated operation of multiple scenarios in a high-density urban area and an open test platform of "CNS+X" in China are created. Infrastructure construction and systematic technical tests are carried out for five major application scenarios to promote the establishment of modern governance capabilities for low-altitude integrated operation.

Through the construction of the test field and related information infrastructure, it meets the testing requirements for drone flight performance, flight management safety, air traffic management systems, etc. It provides important support for reducing the research and development costs of enterprises, accelerating the commercialization process, and enhancing the attractiveness of the regional low-altitude industry.

As an important technical support and site operation unit of this test and demonstration platform, it has deeply participated in the construction of the only closed intelligent connected test site in the Guangdong-Hong Kong-Macau Greater Bay Area. It provides platform support for Shenzhen's intelligent connected vehicle R&D testing, technical verification, licensing examinations, and vehicle access. It has supported Shenzhen in becoming a pilot city for vehicle-road-cloud integration and is a typical representative of Shenzhen's connected new infrastructure.

The construction of China's first supervision platform covering the full-chain dynamic management and services of intelligent connected vehicles has been launched. This year, it will realize the monitoring of vehicles' full-process physical sign indicators, helping to improve operational quality and efficiency for thousands of enterprises. Based on the technical characteristics and business supervision requirements of intelligent connected vehicles, it has built safety portraits and risk models, established 87 safety risk monitoring indicators and 42 safety-specific analyses, and supported the new supervision model for the entire life cycle of intelligent connected vehicles through full-element data indicator monitoring and all-round specific analyses of intelligent connected vehicles.

It is an important component and demonstration project of Shenzhen's "Mountain-Sea Connection" plan, and the first green infrastructure in Shenzhen that integrates greenways and waterfront greenways (Bidao). Giving priority to ecological protection and following the "low-interference, light-intervention" construction model, it forms a 16-kilometer blue-green corridor and a 1.2 million-square-meter space, serving as a "mountain-water residence" shared by humans and nature.

Our Advantages

Provide integrated solutions for new forms of productive forces, such as the low-altitude economy, new energy charging, storage and discharging, vehicle-road-cloud integration, and intelligent parking.

We have professional teams specialized in consulting and planning, engineering design, platform development, project implementation, and digital operation and maintenance, offering full-process service capabilities from solution formulation to on-the-ground operation.

Create air-ground integrated test sites and testing capabilities, and build full-chain testing and verification capabilities.

Integrate the overall technical capabilities and resources of SZSC Group in communication, navigation, sensing, intelligent computing, and meteorology.

Full-process service capabilities from top-level design to integrated delivery, operation and maintenance

Provide the operation mode of "integration of investment, construction and operation" for new infrastructure

A safe, self-controllable product system of software and hardware for intelligent roads

Business management processes that cover the whole cycle, the whole chain, are replicable and enable cross-departmental collaboration