Inertia wheel solar container mechanism

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Inertia wheel solar container mechanism

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Introduction

本发明公开了一种用于集装箱的太阳能板折叠机构，包括多套沿集装箱纵向独立设置的折叠机构，每套折叠机构由举升旋转装置、和举升旋转装置驱动升降的用于太阳能板支撑安装的折叠装置构成；举升旋转装置包括举升杆、活动支架、折叠合页和折叠伸缩杆；每套折叠机构包括：两组安装铰接于举升旋转装置活动支架两侧的折叠装置，每组折叠装置包括两块太阳能板安装板和展开伸缩杆；两块太阳能板安装板构成收缩时并列、展开时成平面的折叠结构。本发明太阳能板折叠机构可完全收叠于集装箱内部，单个集装箱可收叠多个太阳能板折叠机构。. What structural and mechanical design features are integrated into wheel-type solar PV containers to ensure safe transportation?- Senta Energy Co., Ltd. Home / News / Industry News / What structural and mechanical design features are integrated into wheel-type solar PV containers to ensure safe. The Solar Dynamics Observatory (SDO) aims to study the Sun's influence on the Earth by understanding the source, storage, and release of the solar energy, and the interior structure of the Sun. During science observations, the jitter stability at the instrument focal plane must be maintained to. We make mobile solar containers easy to transport, install and use. Make the next step towards renewable energy with our Solarcontainer! The challenges of our time are more present than ever. That is why we have developed a mobile photovoltaic system with the aim of achieving maximum use of solar. 本发明公开了一种用于集装箱的太阳能板折叠机构，包括多套沿集装箱纵向独立设置的折叠机构，每套折叠机构由举升旋转装置、和举升旋转装置驱动升降的用于太阳能板支撑安装的折叠装置构成；举升旋转装置包括举升杆、活动支架、折叠合页和折叠伸缩杆；每套折叠机构包括：两组安装铰接于举升旋转装置活动支架两侧的折叠装置，每组折叠装置包括两块太阳能板安装板和展开伸缩杆；两块太阳能板安装板构成收缩时并列、展开时成平面的折叠结构。本发明太阳能板折叠机构可完全收叠于集装箱内部，单个集装箱可收叠多个太阳能板折叠机构。太阳能板折叠机构的折叠动作通过机械结构运动实现，并可通过旋转实现跟踪太阳，可跟随集装箱进行多式联运。. Abstract: One of the principal challenges with solar sails is to safely deploy the large sail structures while simultaneously maintaining attitude control. This challenge includes changing moments and products of inertia along with large sail shape uncertainties as it transitions from stowed to the. In this paper, an underactuated triaxial control strategy for quasi-symmetrical variable inertia solar sail, is presented from the kinematics perspective. By analyzing the system coupling characteristics and transforming the control problem into an optimal route planning problem, an angular.