Patent Granted for Blockchain and IoT-Based Carbon Emission Accounting Method and System

Patent Granted for Blockchain and IoT-Based Carbon Emission Accounting Method and SystemOn December 5, 2024, the State Intellectual Property Office of China announced the public disclosure of a patent application filed by SuMo Intelligent Technology (Nanjing) Co., Ltd

Patent Granted for Blockchain and IoT-Based Carbon Emission Accounting Method and System

On December 5, 2024, the State Intellectual Property Office of China announced the public disclosure of a patent application filed by SuMo Intelligent Technology (Nanjing) Co., Ltd. The patent, titled "Blockchain and IoT-Based Carbon Emission Accounting Method and System," has the publication number CN119067285A and was filed in July 2024. This marks a significant advancement in carbon emission accounting, demonstrating the powerful combination of blockchain and IoT technologies for more accurate and efficient carbon management.

This patent belongs to the field of carbon emission accounting technology. Its core innovation lies in the integration of blockchain and IoT technologies to create a highly efficient, secure, and reliable carbon emission accounting method and system. Traditional methods often rely on manual data collection and reporting, leading to inaccuracies, high risks of data manipulation, and low efficiency. This patented technology leverages the strengths of blockchain and IoT to address these challenges.

The patent abstract details the core principles and workflow. The system deploys blockchain edge nodes within carbon-emitting companies, connecting them to a blockchain network. These edge nodes act as distributed data collectors and intelligent analyzers, collecting real-time energy consumption and carbon emission data. Crucially, these nodes are not passive; they possess local data learning and analytical capabilities. Utilizing machine learning algorithms, they analyze and process collected data, automatically adjusting the company's carbon emission decisions for precise control.

Importantly, the system is highly autonomous and adaptive. Edge nodes can make independent decisions based on real-time data and environmental changes, offering customized carbon emission management suggestions tailored to specific company needs. This enables more precise, efficient, and targeted carbon emission accounting and management, shifting from coarse management to refined control.

The patent also addresses real-world network challenges. In situations with unstable network connectivity, edge nodes can continue local operations, enhancing system flexibility and scalability. This offline capability ensures stability and reliability in various environments, preventing data loss or system crashes due to network issues.

Security is paramount. Blockchain technology ensures data immutability and transparency. All carbon emission data is recorded on the blockchain, making any alteration traceable and preventing data falsification or manipulation. This is critical for fair and authoritative carbon emission accounting. The distributed nature of the blockchain enhances the system's resistance to attacks; the failure of some nodes won't affect the entire system.

Furthermore, edge nodes receive industry carbon emission standards from the blockchain and apply them to carbon emission decision adjustments. This ensures standardization and consistency in carbon emission accounting, preventing discrepancies due to varying standards. This allows for effective comparison and analysis of carbon emission data across different companies, providing data support for more effective carbon reduction policies.

The innovation lies in the synergistic combination of blockchain and IoT, maximizing their respective advantages. Blockchain's immutability and transparency guarantee data security and reliability; IoT's real-time data collection enhances accuracy and efficiency; and machine learning algorithms enable intelligent and precise carbon emission management.

This technology has broad application prospects. It can be used by various companies to achieve precise carbon emission accounting and management, reducing emissions, improving resource utilization, and contributing to carbon neutrality goals. Applicable to both large and small enterprises, it provides a fair, transparent, and efficient carbon emission management solution for all.

In conclusion, SuMo Intelligent Technology (Nanjing) Co., Ltd.'s patent for a "Blockchain and IoT-Based Carbon Emission Accounting Method and System" represents a significant breakthrough in carbon emission accounting. Its introduction will drive the digital transformation of carbon emission management and contribute to achieving sustainable development goals. Its efficiency, security, and reliability will provide companies with more precise and intelligent carbon emission management solutions, building a greener future. As the technology matures, it will find wider application, supporting global efforts to address climate change. This successful patent application signals the rapid development of China's carbon emission management technology.