Berlenga岛的离网混合系统

C. Pinto, L. Ferreira, Telmo Santiago, António Fernando Ribeiro, Nuno Cativo
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引用次数: 0

摘要

由于其生物多样性,贝伦加岛是一个环境保护区,目前一年中的大部分时间都由柴油发电机供电。这种常规发电方式在柴油的海上运输、储存和转运方面存在明显的环境和安全风险。此外,在一年的能源供应中,这种发电方式产生了一些成本。Berlenga项目旨在为该岛的能源供应提供更可持续的解决方案,同时保证具有成本效益的解决方案并遵守其所有环境保护措施,以及适应监管框架,该框架是在欧洲分拆指令之前定义的,禁止DSO进行发电活动。虽然考虑了各种解决方案和混合可再生能源系统,但为该岛选择的供应系统是太阳能+存储+备用柴油离网解决方案,它最好地回应了有关环境问题的主要关切,并且与海底电缆相比(在投资和维护方面),它是最具成本效益的解决方案。
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Off-grid hybrid system for the Berlenga Island
The Berlenga Island is an environmentally protected area for its biodiversity and is currently supplied by diesel generators for most of the year. This kind of conventional generation abides for obvious environmental and safety risks regarding maritime transportation, storage and transfer of diesel fuel. Furthermore, there are several costs incurred by this type of generation during a year of energy supply. The Berlenga Project aims for a more sustainable solution for the energy supply of the island while guaranteeing a cost-effective solution and compliance with all its environmental protection measures, as well as adapting the regulatory framework, which was defined before European unbundling directives, forbidding the DSO of having generation activities. Though various solutions and mixed renewables systems were considered, the supply system chosen for the island was a solar + storage + backup diesel off-grid solution, which best responded to the major concerns regarding environmental issues and presenting itself as the most cost-effective solution when in comparison with a submarine cable (both in investment and maintenance).
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