太阳电池板

  • 网络solar Panel;Solar Array
太阳电池板太阳电池板
  1. 利用软件STK(satellitetoolkit)数据对算法进行了仿真,与直接将太阳电池板电流作为量测值的算法进行了对比。

    The algorithm was simulated based on STK ( Satellite Tool Kit ) data , and the results were compared with those got from the algorithm which using the current generated by solar panels as measurement directly .

  2. 面对公众的担心英国利兹市的一个商人制作了一个防僵尸小屋。69995英镑,加上安装CCTV、防爆装置和太阳电池板所需的20780英镑,你就能拥有它。

    A Leeds merchant has finally answered public concerns by making a undead-proof shed - which will set you back a mere £ 69,995 , plus £ 20,780 for installation , CCTV , riot gear and solar panels .

  3. 材料热膨胀系数对太阳电池板应力的影响

    Effect of Thermal Property on the Stress Distribution in Solar Panel

  4. 基于太阳电池板与磁强计的小卫星姿态确定算法研究

    An Algorithm for Micro-Satellite Attitude Determination Using Solar Panels and Magnetometer

  5. 弹性性能对太阳电池板应力的影响

    Effect of Elastic Property on Stress Distribution in Solar Panel Solar cells

  6. 预计今年有大约30%的全球硅供应量,将被用于太阳电池板。

    Some 30 per cent of world supplies are expected to be used on solar panels this year .

  7. 文章利用解析法研究了材料热膨胀系数对温度场中太阳电池板最大应力的影响。

    The effect of thermal property on the stress distribution in solar panel in thermal field is studied analytically .

  8. 白天的时候,电池会从太阳电池板提取能量,但只有这部分能量而已。

    During the day , it uses power from the solar panels , but only part of that power .

  9. 他用太阳电池板来提供能量,从而将氢从水分子和贮水池中提取出来,然后存储氢燃料。

    He bought solar panels to provide power to remove the hydrogen from water and tanks to store the hydrogen fuel .

  10. “储款到达与活跃技术的90%例如太阳电池板、太阳能电池和一个高技术加热系统”。

    Savings reach up to90 per cent with active technology such as solar panels , solar cells and a high technology heating system .

  11. 不像太阳电池板是用于加热水,光生伏打电池是利用太阳能并将它转变为电能。

    Unlike solar panels , which are used to heat water , PV cells harness the Sun 's energy and convert it into electricity .

  12. 光伏建材型太阳电池板自然通风冷却的研究

    Natural convection cooling of a heated vertical strip embedded in a plate theoretical and Experimental Research on the natural convection cooling for solar cell

  13. 以立方体微小卫星为例,分析了由多个太阳电池板电流估计太阳矢量的问题,提出了受限最小二乘法。

    Taking the hexahedral micro-satellite as an example , the solar vector estimation problem based on current generated by solar panels was analyzed , and the limited least-square method was proposed .

  14. 直接将太阳电池板电流作为量测量进行姿态确定,不仅可观性不高,也不利于计算量的减少。

    If the current generated by solar panels are used as measurements for attitude determination , not only the observability is low , but also it is disadvantageous to the decrease of computation .

  15. 举个例子来说,假如住宅的窗户没有进行恰当的隔热处理,或是不能在防止热量散失的同时阻挡紫外线,利用太阳电池板取暖的效力就会大大减弱。

    For example , heating a home using solar panels becomes much less effective if the windows in the house are not properly insulated or treated to keep the heat in and the UV rays out .

  16. 生产出了全尺寸的集成演示样机,进行了展开试验、主展开机构的模态试验,以及半刚性太阳电池板和二自由度驱动机构的振动试验。

    The integrated demonstration system model of large solar array has been produced already . On the base of the sampler , the tests of deployment , main deployment mechanism mode , semi rigidity solar cell panel vibration and two dimension drive mechanism are carried out .

  17. 正是通过太空漫步,宇航员才得以执行一些关键性任务,而这些任务是在舱内做不到的,比如保养环绕轨道飞行的卫星,替换哈勃望远镜上的太阳电池板。

    On spacewalks , astronauts have performed vital tasks that could not be accomplished from inside the shuttle . They 've been able to recover lost satellites , restoring them to their proper orbit . They have serviced orbiting bodies , like replacing the solar panels on the Hubble Space Telescope .

  18. 太阳电池阵板间铰链副刚度参数辨识

    The stiffness parameter identification of hinge on solar array

  19. 真空和温度对卫星太阳电池翼板展开的影响

    Effects of vacuum and temperature environment on deployment of satellite solar wing panel

  20. 此外,马绍尔的房子有两个旨在遵循在一天内太阳太阳能电池板。

    The RMI house has two solar panels that are designed to follow the sun throughout the day .

  21. 考虑了影响风力发电机和太阳电池组合板发电量的各种因素,给出了更符合实际的计算风力发电机和太阳电池组合板各月发电量的数学公式。

    Considering various kinds of the factors which affect output of wind generator and PV panels , more practical mathematic formulas for calculating electric energy produced by wind generator and PV panels are derived .

  22. 卫星太阳电池阵在板展开阶段的撞击特性研究

    Contact - impac of solar battery during the deployment of the plates

  23. 人造卫星太阳翼电池阵板非线性动力子结构分析

    Dynamic Substructure Analysis for Solar Arrays with Non-linear latching Devices