Given that the integration of renewable energy generation systems may have the potential to satisfy the electrical requirements of remote areas, this paper consists of a feasibility study with the focus on integrating renewable generation into the energy system of Popova Island. It adopts an analytical approach that consists in applying the Monte Carlo method, an energy systems model, and then evaluating the financial outcomes. In so doing, the approach takes into account the inherent uncertainties and risks of various input parameters. Thus, Multiple Monte Carlo-based parameterisations define scenarios that are fed into the Hybrid Optimization of Multiple Energy Resources (HOMER) energy model. The broad set of result scenarios can provide a valuable reference for stakeholders, and effectively communicate its potential for increased renewables, the resulting system configurations, and reduced electricity costs.

考虑到可再生能源发电系统的集成可能具有满足偏远地区电力需求的潜力，本文包括一项可行性研究，重点是将可再生能源整合到波波瓦岛的能源系统中。它采用的分析方法包括应用蒙特卡洛方法，能源系统模型，然后评估财务结果。在这样做时，该方法考虑了各种输入参数的固有不确定性和风险。因此，基于多个Monte Carlo的参数设置定义了多个情景，这些情景被馈送到“多种能源的混合优化（HOMER）”能源模型中。广泛的结果方案可以为利益相关者提供有价值的参考，并有效地传达其增加可再生能源的潜力，