海岛能源资源保障系统多能流运行仿真平台数据集

本数据集基于海岛能源资源保障系统的多能流运行仿真平台，涉及至少三种能源链和不低于八类能源设备。平台支持日前调度和日内调度模拟，日前调度周期为24小时，步长1小时；日内调度前瞻周期为4小时，调度步长为15分钟。仿真数据源自浙江省东福山岛等近海岛屿的综合能量供给系统。通过仿真平台生成的运行方案需要满足多个性能指标，包括风电/光伏消纳率100%、提升新能源发电占比至60%以上、家庭温控保持在特定区间、全年淡水自给自足，以及岛屿微电网度电成本降低至2.4元/度以下。该数据集为海岛能源系统的优化调度和可持续运行提供了关键支持。This dataset is based on the multi-energy flow operation simulation platform for island energy resource guarantee systems, involving at least three energy chains and no less than eight types of energy equipment. The platform supports day-ahead and intra-day dispatch simulations: the day-ahead dispatch has a 24-hour cycle with a 1-hour time step, while the intra-day dispatch features a 4-hour look-ahead cycle and a 15-minute time step. The simulation data is derived from integrated energy supply systems of offshore islands such as Dongfushan Island in Zhejiang Province. The operation schemes generated through the simulation platform must meet multiple performance indicators, including 100% absorption rate of wind and photovoltaic power, increasing the share of new energy power generation to over 60%, maintaining household indoor temperatures within a specified range, achieving full-year freshwater self-sufficiency, and reducing the levelized cost of electricity (LCOE) of the island microgrid to below 2.4 yuan per kWh. This dataset provides critical support for optimal dispatch and sustainable operation of island energy systems.

搜集汇总

背景与挑战

背景概述

该数据集基于海岛能源资源保障系统的多能流运行仿真平台，涵盖多种能源链和设备，支持日前与日内调度模拟，数据来源于浙江省近海岛屿的综合能量供给系统。仿真目标旨在实现风电/光伏完全消纳、提升新能源发电占比、保障家庭温控和淡水自给，并降低微电网度电成本，为海岛能源系统的优化调度提供关键支持。