Optimization of the renewable energy system for nearly zero energy buildings: A future-oriented approach
作者： Hamed Sobhani , Faeze Shahmoradi , Behrang Sajadi
DOI: 10.1016/J.ENCONMAN.2020.113370
关键词:
摘要: Abstract Renewable energy systems (RES) in buildings are designed to operate over their lifetime. Considering only present-day data the pre-project planning phase, which is common optimization studies, without taking into account potential future changes influential parameters such as climate and price may lead inappropriate solutions for long-term operation. Therefore, this study aims present a future-oriented methodology RES design able adapt impacts of change variations prices. Future used obtain optimal proposed cover demand nearly zero building (nZEB), results compared with those obtained from data. Results show decrease heating electricity by 14.6% 2.29%, an increase cooling 19.9% after 20 years. It found that based on vulnerable variations. leads oversized system meeting electrical while lacking sufficient capacity needs future. A comprehensive analysis also conducted concerning performance, upward trend on-site generation load matching index concluded. Sensitivity analyses were performed some economic parameters. The findings prove guarantees reliability RESs fulfill nZEB requirements perspective.
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