Design of High Voltage Power Management System Based on IoTDB Time Series Database

The high-voltage power supply based on pulse modulation requires a more comprehensive management system to address the deficiencies in the original system, including inadequate functionality and a lack of storage for engineering data. This study also aims to add timestamps to power supply data to facilitate system maintenance. However, with the gradual increase in generated engineering data, potential issues may arise in storage and throughput rates. Based on the characteristics of engineering data, this paper adopts the high-performance IoTDB time-series database in the Internet of Things (IoT). It designs metadata templates and engineering data encoding, optimizes storage methods to reduce storage pressure, and improves throughput to meet demands. Using the C# language and the WinForm framework, a monitoring interface is designed to achieve functions such as status detection, permission modules, command issuance, parameter settings, real-time logs, and database management for the entire management system.