Power Testing

一、Program Overview

This solution is based on Puzhi Zynq7020 stamp hole development board and AD7606, the power line detection system implemented for real-time monitoring and analysis of power line parameters.

二、Key features:

1．Power parameter acquisition: acquisition of parameters such as voltage, current and power of power lines.

 2．Real-time monitoring and analysis: real-time monitoring and analysis of collected power parameters to detect abnormalities and faults.

 3．Data storage and transmission: store the collected data and support data transmission to the cloud or other devices.

 4．User interface and report generation: Provide a user-friendly interface that enables users to easily view and analyze power parameters and generate reports.

5．Security and stability: ensure data security and system stability.

三 Hardware design:

1．Puzhi Zynq7020 stamp hole development board: using Xilinx Zynq SOC, which includes a resource-rich FPGA part, dual-core A9, etc., in order to realize advanced embedded applications and real-time data processing capabilities.

 2．AD7606 module: for the acquisition of power parameters such as voltage and current.

3．Power management: design an efficient power management system to ensure the stable operation and reliability of the system.

 四、Software design:

1．Embedded operating system: Use an embedded operating system (e.g., Linux) to run high-level applications and data processing algorithms.

 2．Data processing algorithms: Develop data processing algorithms, including filtering, power calculation and anomaly detection, in order to realize real-time monitoring and analysis of power parameters.

3．User interface: Design user-friendly interface that allows users to easily view and analyze power parameters and provide interactive functions.

五、Testing and Validation:

1．Functional testing: comprehensive functional testing of the power line detection system, including parameter acquisition, real-time monitoring and data transmission and other aspects of the test.

 2．Performance test: assess the performance of the system, including the acquisition speed, data processing speed and response time and other indicators of the test.

 3．Integration testing: Integration testing with other equipment to ensure compatibility and interoperability between the system and other equipment.

六、Documentation and Certification:

1．Technical documentation: the preparation of detailed technical documentation, including hardware and software design instructions, user manuals and so on.

 2．Certification and compliance: Ensure that the power line inspection system meets relevant certification and compliance requirements.

七、Production and Maintenance:

1．Production readiness: Prepare the production process to ensure the quality and scalability of the modules.

 2．Remote maintenance: implementation of remote equipment monitoring and maintenance functions to ensure system stability and availability.