首页> 外文会议>NATO Advanced Research Workshop on Sustainable Energy Production and Consumption and Environmental Costing >LIFE CYCLE IMPACTS AND TOTAL COSTS OF PRESENT AND FUTURE PHOTOVOLTAIC SYSTEMS: STATE-OF-THE ART AND FUTURE OUTLOOK OF A STRATEGIC TECHNOLOGY OPTION FOR A SUSTAINABLE ENERGY SYSTEM
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LIFE CYCLE IMPACTS AND TOTAL COSTS OF PRESENT AND FUTURE PHOTOVOLTAIC SYSTEMS: STATE-OF-THE ART AND FUTURE OUTLOOK OF A STRATEGIC TECHNOLOGY OPTION FOR A SUSTAINABLE ENERGY SYSTEM

机译:当前和未来光伏系统的生命周期影响和总成本:可持续能源系统的最先进和未来的战略技术选择展望

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This paper provides a wide-ranging up-to-date literature review on the current state of the art of photovoltaic systems, in terms of market penetration, costs and environmental performance. It then goes on to draft three alternative scenarios for the next few decades, highlighting the four key factors influencing PV growth, i.e. cost reduction, efficiency increase, building integration and storage networks. Lastly, preliminary results are presented for greenhouse gas emissions of selected PV technologies in the years 2025 and 2050. In the light of the findings presented here, photovol-taics can be considered an inherently advantageous option for the production of "green" electricity, which may be looking at a rosy future provided that a few key conditions are met.
机译:本文在市场渗透率,成本和环境绩效方面提供了关于光伏系统现行现状的广泛上至今的文献综述。然后,它继续在接下来的几十年中起草三个替代方案,突出了影响光伏增长的四个关键因素,即降低成本,效率增加,建设集成和存储网络。最后,在2025年和2050年,为选定的PV技术的温室气体排放提供了初步结果。根据此处的研究结果,Photovol-TAIC可以被认为是生产“绿色”电力的本质上有利的选择只要满足一些关键条件,可能会欣赏玫瑰色的未来。

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