波浪扰动环境下的抽水蓄能可变速机组实证实验研究数据（可变速机组抽水工况启动实证实验数据）

海水抽水蓄能实证装置的研制目的是为了实证“海水抽水蓄能电站前瞻共性技术研究”的成果，因此其定位是针对海水抽水蓄能电站设计和运行中存在的共性技术问题，开展机理性、规律性的科学研究。海水抽水蓄能电站的共性技术可分为“海水”、“可变速机组”、“抽水蓄能电站过渡过程”三个方面，本数据为可变速机组抽水工况启动实证实验数据，研究如何利用可变速机组的优势，减少水泵启动附加设备是值得深入探索的共性技术。采集时间为2020年9月26日至9月28日，2020年11月23日至11月26日，2021年2月28日至2021年3月1日。采集地点为武汉市江夏区土地堂武汉大学抽水蓄能试验大厅。The development of the seawater pumped storage demonstration device is intended to verify the research outcomes of the project titled "Research on Forward-Looking Common Generic Technologies for Seawater Pumped Storage Power Stations". Accordingly, this device is positioned to carry out mechanistic and regularity-focused scientific research targeting the common technical issues arising in the design and operation of seawater pumped storage power stations. The common generic technologies for seawater pumped storage power stations fall into three categories: "seawater-related technologies", "variable-speed units", and "transient processes of pumped storage power stations". This dataset comprises demonstration experimental data for the start-up of variable-speed units under pumping operation mode. The core common technical issue worthy of in-depth investigation is how to leverage the advantages of variable-speed units to reduce the auxiliary equipment required for pump start-up. The data collection was conducted during three distinct periods: September 26–28, 2020; November 23–26, 2020; and February 28–March 1, 2021. The collection site is the Pumped Storage Test Hall of Wuhan University, Tuditang, Jiangxia District, Wuhan City.

搜集汇总

背景与挑战

背景概述

该数据集为波浪扰动环境下抽水蓄能可变速机组抽水工况启动的实证实验数据，旨在探索利用可变速机组优势以减少水泵启动附加设备的共性技术。数据采集于2020年9月至2021年3月期间，在武汉大学抽水蓄能试验大厅进行。