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燃料电池船舶多源混合动力系统的集成功率管理策略:聚焦动态寿命延长与最优氢耗

Integrated Power Management Strategy for Multisource Hybrid Power Systems in Fuel Cell Vessels: Focusing on Dynamic Lifetime Extension and Optimal Hydrogen Consumption

语言:

中文摘要

本文提出了一种集成功率管理策略(IPMS),旨在平衡燃料电池船舶的动力耐久性与燃油经济性。该策略通过协调多堆燃料电池系统(MS-FCS)与多组电池储能系统,实现了动态寿命延长与氢气消耗的最优化,为船舶动力系统提供了高效的综合解决方案。

English Abstract

This article proposes a novel integrated power management strategy (IPMS) focusing on dynamic lifetime extension and optimal hydrogen consumption, offering a comprehensive solution for fuel cell vessels in terms of power durability and fuel economy. The proposed IPMS coordinates the power management of three systems: the multi-stack fuel cell system (MS-FCS), the multipack battery storage system (...
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SunView 深度解读

该研究关注多源混合动力系统(燃料电池+储能)的能量管理与寿命优化,与阳光电源的PowerTitan、PowerStack储能系统及氢能业务高度契合。燃料电池与储能的协同控制是实现能源高效利用的关键,其动态寿命延长算法可深度集成至阳光电源的iSolarCloud平台,用于优化储能系统的充放电策略。建议研发团队借鉴该文的寿命预测模型,将其应用于船舶岸电或离网微电网场景,提升阳光电源在氢储一体化解决方案中的核心竞争力,并为构网型储能技术在复杂动力系统中的应用提供算法支撑。