电网模拟功能控制在环仿真验证系统测试数据集
收藏资源简介：
本数据集主要面向电网模拟装置功能评估，解决海上风电现场测试受环境制约、工况不可控及现有测试指标适配性不足的问题。数据基于由电网模拟装置控制器（ACS）、RTDS实时仿真系统、RTLink构成的硬件在环平台产生，采样率10kHz、仿真步长20us。数据源于对电网模拟装置核心功能、电网适应性、故障穿越、惯量与调频响应等6类场景的精细化仿真，覆盖空载、负载等典型工况。数据主要内容包括并网点三相电压、电流的瞬时录波数据，以及从中提取的电压响应时间、频率最大偏差、三相不平衡度误差、励磁涌流峰值等关键特征量，完整记录电网模拟装置与风机的动态交互过程。该数据集为验证电网模拟装置性能是否满足20MW级海上风电机组并网测试要求、完善海上风电并网试验指标提供了多场景、高精度的仿真数据支撑，数据量为817MB。
This dataset is mainly intended for the functional evaluation of power grid simulation devices, aiming to address the issues of on-site offshore wind power testing constrained by environmental factors, uncontrollable working conditions, and insufficient adaptability of existing test indicators. The data is generated based on a hardware-in-the-loop (HIL) platform composed of a power grid simulation device controller (ACS), RTDS real-time simulation system, and RTLink, with a sampling rate of 10 kHz and a simulation step size of 20 μs. The data originates from fine-grained simulations of six types of scenarios, including core functions of power grid simulation devices, grid adaptability, fault ride-through (FRT), inertia and frequency regulation response, etc., covering typical working conditions such as no-load and loaded states. The main contents of the dataset include instantaneous waveform recording data of three-phase voltage and current at the point of common coupling (PCC), as well as key feature quantities extracted therefrom, such as voltage response time, maximum frequency deviation, three-phase unbalance error, peak inrush current, etc., which fully record the dynamic interaction process between the power grid simulation device and wind turbines. This dataset provides multi-scenario and high-precision simulation data support for verifying whether the performance of the power grid simulation device meets the grid-connected testing requirements of 20 MW-class offshore wind turbines and improving offshore wind power grid-connected test indicators, with a total data volume of 817 MB.
