Study of Photovoltaic Cells Implantation in a Long-Endurance Airplane Drone

机译：长寿命飞机无人机中光伏电池植入的研究

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Applications of unmanned aerial vehicle (UAVs) are expanding for long-endurance mission such as agricultural inspection, fire prevention and many others. Photovoltaic cells can be added to the wing surface and extend the global endurance of the UAV. This paper builds a model of the whole system and estimates the energy savings that can be achieved for different cell technologies and different types of missions. Furthermore, the impact of airplane movement (roll) on the performance of the maximum power point tracking control algorithm (MPPT) is studied.

机译：无人驾驶飞机（UAV）的应用正在扩展，以用于诸如农业检查，防火等许多长期任务。可以将光伏电池添加到机翼表面，并扩展无人机的整体耐力。本文建立了整个系统的模型，并估计了不同电池技术和不同类型任务可以实现的节能效果。此外，研究了飞机运动（侧倾）对最大功率点跟踪控制算法（MPPT）性能的影响。

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《International Conference on Renewable Energy Research and Applications》|2018年|1299-1303|共5页
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Viviana Martinez; F. Defaÿ; L. Salvetat; K. Neuhaus; M. Bressan; C. Alonso; V. Boitier;
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Radiation effects; Maximum power point trackers; Batteries; Photovoltaic cells; Drones; Photovoltaic systems;

机译：辐射效应;最大功率点跟踪器;电池;光伏电池;无人机;光伏系统;

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4. Study of Photovoltaic Cells Implantation in a Long-Endurance Airplane Drone [C] . Viviana Martinez, F. Defa?, L. Salvetat, International Conference on Renewable Energy Research and Applications . 2018

机译：长耐久性飞机无人机中的光伏电池植入研究
5. Life Cycle Assessment Projection of Photovoltaic Cells: A Case Study on Energy Demand of Quantum Wire Based Photovoltaic Technology Research. [D] . Mukherjee, Shilpi. 2014

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7. Design of Long-Endurance Unmanned Airplanes Incorporating Solar and Fuel Cell Propulsion [O] . Talay Theodore A., Youngblood James W., Pegg Robert J. 1984

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8. Design of Long-Endurance Unmanned Airplanes Incorporating Solar and Fuel Cell Propulsion. [R] . J. W. Youngblood T. A. Talay R. J. Pegg 1984

机译：结合太阳能和燃料电池推进装置的长寿命无人机设计。

Study of Photovoltaic Cells Implantation in a Long-Endurance Airplane Drone

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