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The renewable energy is very important to create clean energy society. Especially, the photovoltaics (PV) is expected to contribute as the primary energy with cumulative installed PV with 5 TW and 22 TW by 2030 and 2050, respectively according to the Shell’s Sky Scenario [1]. However, because global cumulative PV capacity installed is only 0.76 TW in the end of 2020, further development of science, technology and deployment of PV is necessary.
For realizing the above scenario and vision, we need to conduct the following issues:
1. Development of high performance, low cost and highly reliable PV materials, cells, modules, and systems.
2. Further development of smart energy management including regulations, and self-consumption in cooperation with storage battery technologies.
3. Development of new application fields such as automobile applications towards the creation of future clean energy infrastructures.
In this paper, our recent approaches on development of high-efficiency solar cells and modules, and VIPV (vehicle integrated PV) for PV-powered vehicles are presented.
The development of high-performance solar cells offers a promising pathway toward achieving h ... 전체 초록 보기
For realizing the above scenario and vision, we need to conduct the following issues:
1. Development of high performance, low cost and highly reliable PV materials, cells, modules, and systems.
2. Further development of smart energy management including regulations, and self-consumption in cooperation with storage battery technologies.
3. Development of new application fields such as automobile applications towards the creation of future clean energy infrastructures.
In this paper, our recent approaches on development of high-efficiency solar cells and modules, and VIPV (vehicle integrated PV) for PV-powered vehicles are presented.
The development of high-performance solar cells offers a promising pathway toward achieving h ... 전체 초록 보기
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