Chuntian New Energy Applies for a Patent for a "Blockchain-Based Air Source Heat Pump Monitoring and Control Method and System", Enhancing Equipment Maintenance Efficiency

Chuntian New Energy Applies for a Patent for a "Blockchain-Based Air Source Heat Pump Monitoring and Control Method and System", Enhancing Equipment Maintenance EfficiencyFujian Chuntian New Energy Technology Co., Ltd

Chuntian New Energy Applies for a Patent for a "Blockchain-Based Air Source Heat Pump Monitoring and Control Method and System", Enhancing Equipment Maintenance Efficiency

Fujian Chuntian New Energy Technology Co., Ltd. recently applied for a patent for a "Blockchain-Based Air Source Heat Pump Monitoring and Control Method and System", with a publication number of CN118896427A and an application date of October 2024. This patent aims to improve the monitoring and control efficiency of air source heat pumps through blockchain technology, enabling more accurate fault diagnosis and faster maintenance response.

The patent abstract shows that the method and system include the following steps:

1. Data Collection and Parameter Extraction: The system first collects operational data from the air source heat pump and extracts relevant parameter information.

2. Time Series Analysis: Utilizing time series analysis techniques, the system can identify key points of parameter change and flag any abnormal fluctuations, generating operational data analysis results.

3. Abnormal Fluctuation Identification and Fault Prediction: Through time series analysis, the system can accurately identify key change points in air source heat pump operating parameters, real-time flag abnormal fluctuations, and effectively predict potential equipment faults.

4. Fault Diagnosis and Propagation Path Simulation: The system leverages a Bayesian network model to accurately simulate fault propagation paths and impact scope, significantly enhancing the accuracy and efficiency of fault diagnosis.

5. Blockchain Technology Application and Automated Maintenance Tasks: The system combines real-time fault probability updates with blockchain technology, enabling automated maintenance tasks and spare parts scheduling, significantly improving response speed and maintenance efficiency.

6. Automatic Parameter Adjustment and Fast Recovery: The system automatically adjusts operating parameters, matching and processing faults quickly and accurately, ensuring the equipment returns to normal operation within the shortest possible time.

The core of this patent lies in applying blockchain technology to the monitoring and control of air source heat pumps. By storing data on the blockchain, the system can ensure data security and transparency, enabling real-time data updates and sharing. Additionally, the distributed ledger technology of blockchain effectively enhances system reliability and trustworthiness.

Specifically, this patent demonstrates the advantages of blockchain technology in the following aspects:

• Data Security and Transparency: Data recorded and stored on the blockchain ensures data integrity and immutability, enhancing data authenticity and reliability.

• Real-time Data Updates and Sharing: The distributed ledger technology of blockchain allows for real-time data updates and sharing, improving system response speed and efficiency.

• Enhanced System Reliability and Trustworthiness: The distributed ledger technology of blockchain effectively enhances system reliability and trustworthiness, reducing the risk of data loss or manipulation.

• Automated Maintenance Tasks: Utilizing blockchain technology, automated maintenance tasks and spare parts scheduling can be achieved, improving response speed and maintenance efficiency.

The blockchain-based air source heat pump monitoring and control method and system proposed by this patent can not only improve equipment operational efficiency and safety but also effectively reduce maintenance costs. In the future, this technology is expected to be widely applied in other fields, such as industrial equipment, smart homes, etc., bringing new development opportunities to relevant industries.