Yicai Technology's 'Dual-Carbon Monitoring and Intelligent Platform' Receives Provincial Innovation Technology Certification

Multidimensional Data Integration and Dynamic Monitoring

This platform deeply integrates Internet of Things (IoT), big data, and cloud computing technologies to establish a full-process carbon management system covering 'monitoring–accounting–analysis–early warning.' By deploying indoor and outdoor air quality sensors, online emission source collection devices, and other equipment, it captures in real time energy consumption and carbon emissions data during building operations. It also establishes a carbon emissions monitoring network using precision instruments such as gas chromatographs. Furthermore, the platform innovatively develops a 'Carbon Emission Simulation Assimilation System,' integrating atmospheric transport models and carbon cycle process models to dynamically assess a park’s carbon sequestration potential and quantify the contribution of various factors to emission reductions. This technology addresses the limitations of traditional carbon accounting—its reliance on static data—and achieves 'dynamic tracking and precise profiling.'

From Individual Buildings to City-Level Services

Yicai Technology’s platform has cultivated a multi-tiered application ecosystem. At the individual building level, for example, in the Baotou Municipal Housing and Urban-Rural Development Bureau Building, the platform’s real-time energy consumption monitoring and comprehensive green office evaluation functions helped reduce building energy use and carbon emissions by over 15%. In large public spaces, the Baotou Olympic Park Carbon Intelligence Platform—the nation’s first park-level carbon sink monitoring demonstration project—enables real-time calculation and visualized display of carbon sequestration across 2.44 million square meters of green space, providing data support for public participation in carbon benefit programs. Additionally, the platform shares expertise through cross-regional collaboration—for instance, partnering with the Inner Mongolia Autonomous Region Department of Housing and Urban-Rural Development to build a carbon emission factor database for the construction sector, offering standardized tools to support low-carbon transformation in northern industrial cities.

Supporting the 'Dual-Carbon' Goals and Regional Coordinated Development

The platform delivers social benefits in three key areas:

• Policy Support: Directly aligns with the requirement for 'digital intelligence empowerment of dual-carbon governance' outlined in the Hangzhou Carbon Peak Three-Year Action Plan, providing decision-making support for government implementation of dual control over energy consumption;
• Industrial Upgrading: Modular design lowers carbon management costs for small and medium-sized enterprises (SMEs), driving technological iteration across the green building industry chain—including deployment of associated technologies such as optimized waste-heat recovery systems;
• Regional Coordination: Leveraging the collaborative network of the Zhejiang Province Green Building Association Dual-Carbon Service Promotion Committee, the 'Hangzhou experience' is extended to northern regions such as Inner Mongolia, fostering a 'north–south coordinated' low-carbon development model.

Yicai Technology’s 'Dual-Carbon Monitoring and Intelligent Platform' breaks down data silos through technological innovation and drives industrial transformation through practical scenario-based deployment, establishing itself as a benchmark case for digital carbon reduction in the construction sector. Its certification as a provincial innovation technology not only affirms the company’s technical capabilities but also highlights the Yangtze River Delta region’s leadership in collaborative green technology innovation. Looking ahead, the platform may further align with international carbon accounting standards, helping China take an active role in shaping global green trade rules.