An inertial system for the production of electricity and hydrogen from sea wave energy

A. Colucci, V. Boscaino, G. Cipriani, D. Curto, V. Di Dio, V. Franzitta, M. Trapanese, A. Viola
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引用次数: 19

Abstract

This paper aims at describing a small scale prototype of a complete wave energy converter system for hydrogen production promoting the opportunity of installation in Sicily, in the Mediterranean Sea. The opportunity to produce hydrogen from sea-water identifies ocean wave energy as the most promising solution for electricity generation including hydrogen production and storage. Even if hydrogen is considered one of the most promising secondary sources, criticism arises from both the academic and the industrial world mainly because hydrogen production requires electricity consumption. Furthermore, safety problems concerning hydrogen storage and transport are actually the main hindrance to full commercialization. In order to overcome production issues, hydrogen production and storage plants which are fully powered by renewable sources are continuously investigated. Advantages of the proposed system mainly rely on producing hydrogen by wave energy providing for on-board storage thus avoiding transport-related issues.
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一种惯性系统,用于从海浪能中产生电能和氢气
本文旨在描述用于制氢的完整波浪能转换系统的小型原型,以促进在地中海西西里岛安装的机会。从海水中生产氢的机会确定了海浪能是最有前途的发电解决方案,包括氢的生产和储存。尽管氢被认为是最有前途的二次能源之一,但学术界和工业界都提出了批评,主要是因为氢的生产需要消耗电力。此外,氢储存和运输的安全问题实际上是全面商业化的主要障碍。为了克服生产问题,不断研究完全由可再生能源提供动力的氢气生产和储存工厂。所提出的系统的优点主要依赖于利用波浪能生产氢气,提供车载存储,从而避免了与运输相关的问题。
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