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Applied Technology in Optimized Design of Battery Laying for Solar Cabin

机译:应用技术在太阳能池电池铺设的优化设计中

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Solar energy is clean energy, the use of which has rapid development. But due to its high cost, it can not get high returns in a short time. So the optimization of laying solar cell installation to achieve the maximal utilization of solar energy has a sufficient and practical significance. It'll make solar energy to achieve maximal revenue. Using applied technology, this paper studies the best way of lying photovoltaic cells on the outer surface of cabin, selecting the optimal tilt angle and orientation, redesigning solar cabin. The applied technology includes: continuous discrete problem, nonlinear regression models, relaxation solution, the simulated optimization of MATLAB 0-1 matrix and other optimizing methods are used to design a new type of solar cabin, which can reduce costs and gain greater earnings.
机译:太阳能是清洁能源,使用它具有快速发展。但由于其成本高,它不能在短时间内获得高回报。因此,优化铺设太阳能电池装置以实现太阳能的最大利用具有足够的实用性。它会使太阳能实现最大的收入。采用应用技术,本文研究了躺在舱外表面上的光伏电池的最佳方式,选择最佳倾斜角度和方向,重新设计太阳能池。应用技术包括:连续离散问题,非线性回归模型,放松解决方案,MATLAB 0-1矩阵的模拟优化和其他优化方法用于设计一种新型的太阳能池,可以降低成本并获得更大的收益。

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