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In December 2021, the National Development and Reform Commission and the Ministry of Industry and Information Technology jointly issued the 'Notice on Matters Related to the Circular Transformation of Parks During the 14th Five-Year Plan,' proposing that by the end of 2025, all eligible provincial-level and above parks (including economic and technological development zones, high-tech industrial development zones, export processing zones, and other types of industrial parks) should implement circular transformation. It particularly emphasizes that all regions must clarify and implement the goals, main tasks, and implementation paths for transformation and upgrading, resolutely curb unreasonable energy use in parks, and promote green, low-carbon, and circular industrial development.

Park response and implementation of carbon peak and carbon neutrality are of far-reaching significance. First, energy conservation and emission reduction in industrial parks are important pathways for achieving carbon peak and carbon neutrality. As accelerators of industrial development, industrial parks contribute to 31% of the country's carbon dioxide emissions, making carbon management one of the most pressing issues for park operators. Second, domestic production factor costs are rising, and effective energy management measures will enhance resource utilization efficiency for park enterprises, meeting their operational needs for cost reduction and efficiency improvement.

The Industrial Internet is a key accelerator for dual-carbon parks.

The path to carbon peak and carbon neutrality in parks also faces many challenges. As hubs of diverse formats and functional blocks, most parks have weak information infrastructure, lacking integration and coordination between park software and hardware with people, equipment, and buildings, as well as a unified carbon emission and energy management system, leading to 'data silos' and 'information islands.' Incomplete carbon inventory and real-time carbon emission monitoring in parks make it difficult to support carbon emission control and analysis, lacking effective basis and means for optimal resource allocation. The digital and green levels of parks need strengthening.
GETECH, a leading comprehensive industrial internet platform company in China, believes that digitalization is a booster for significant leaps in greening, while greening provides direction for digital technology innovation and application. The two complement and promote each other, with the key driving force being the industrial internet platform, which connects the physical world, virtual information world, and park personnel, laying a solid foundation for unified management of carbon emission detection, equipment and facilities, factory and office automation, and other areas.
The two key aspects of building an industrial internet dual-carbon park are: first, creating a closed loop for dual-carbon data flow, promoting data linkage of equipment, processes, materials, etc., within the park, and data exchange and analysis of production, logistics, inventory, etc., upstream and downstream of the industrial chain outside the park. Second, promoting the valorization of dual-carbon data, ensuring the accuracy of carbon and energy data collection, the authenticity of accounting, and the credibility of interaction through informatization means, realizing the resourceization, assetization, and capitalization of dual-carbon data in parks.
As a leading comprehensive industrial internet platform company in China, GETECH has been committed to deeply integrating big data, AI, IoT, and other technologies, relying on the new model of industrial internet platform + park, driving the construction of dual-carbon closed loops and the valorization of dual-carbon data through technological innovation, and accelerating the digital and green transformation of manufacturing enterprises and parks.

Recommendations for building green industrial internet parks

Regarding the core path for building green parks, GETECH emphasizes the following three points as critical:

No.1  Park greening technology base

Build a comprehensive park service platform to deepen green scenarios in parks. Parks bear the important mission of gathering innovative resources and nurturing emerging industries, typically including production areas, office areas, living and consumption areas, and other functional blocks, supporting diverse scenarios such as personnel, goods, security, production operations, environmental management, equipment management, and energy management.

GETECH believes that the construction of a unified park platform should center on the core demands of park operators and users, with the industrial internet platform as the underlying technical support. The integrated platform connects various businesses and applications to build a basic data foundation, achieving data integration and governance, completing data integration, transformation, and aggregation, breaking down isolated data between systems, providing it for upper-layer applications, and connecting park equipment, personnel, data, and business. On this platform, important intelligent applications for park operation management are built.

The implementation of green applications in parks exists not only in traditional manufacturing factory energy consumption management and equipment detection but also extends to park environmental monitoring, building equipment monitoring, security patrols, building lighting, smart office, intelligent visitor management, and other scenarios. Through technologies such as the industrial internet platform, 5G, and edge computing, a park carbon emission management system can be built to achieve energy consumption and carbon emission data collection. Integrating process and equipment energy-saving technological transformations and green energy substitution will significantly enhance the resource utilization efficiency of the entire park, reducing overall energy consumption and carbon emissions.

No.2  Carbon emission management

Establish an evaluation and analysis system for carbon emission management to support refined and optimized carbon emission management. To meet the needs of green upgrades in industrial parks, GETECH proposes establishing a digital carbon emission management system that integrates 'monitoring-analysis-optimization,' which will effectively guide refined and intelligent park management.

In the carbon emission monitoring phase, IoT technology enables precise and real-time detection, analyzing and determining the carbon emission boundary of each park. In the analysis phase, big data and data analysis technologies can analyze, mine, and predict park carbon emission, environmental, and energy data. The system visually displays this through charts and provides early warnings for abnormal indicators, offering data support for green and low-carbon optimization in parks.

Carbon emission optimization is a critical part of releasing the value of carbon data. Based on monitoring and analysis, GETECH will establish carbon emission and energy models for the entire park and develop optimization strategies. For example, through centralized linkage control of distributed photovoltaics, energy storage systems, charging piles, and other systems, green energy substitution in parks can be achieved. Applications of new technologies such as turbine cold-end optimization and oxygen-enriched combustion can reduce direct carbon emissions from fuel combustion.

No.3  Security system

It is worth mentioning that the meaning of the security system in industrial internet parks is broadening, extending from traditional park security, vehicle and personnel management, and production safety to include capabilities such as network information security protection. Relying on the industrial internet platform and real-time monitoring at the edge, online and offline security monitoring and protection will be integrated, achieving normalized network security monitoring.

Exploring and advancing the path to carbon peak and carbon neutrality in parks requires multiple parties, including local governments, park management operators, tenants, industrial internet platforms, equipment manufacturers, carbon asset management institutions, universities, and research institutes, to build deep integration of industry, academia, and research.
We call on all parties to cooperate closely, deeply integrate with the park digital system, promote the transformation and application of green technologies with regional characteristics that meet industrial development needs, form replicable benchmark cases, and jointly build a green collaborative ecosystem.