MEMSNEW

该文档涵盖了包括1在内的有关电力弹簧的诸多文档； 电力弹簧(electric spring，ES)颠覆了电力系统中用电需求决定发电量的传统思路，旨在实现用电量可随着发电量的变化而变化，能有效缓解太阳能、风能等新能源发电的间 歇性和不稳定性的问题。该文首先介绍 ES 提出的背景及基本原理，针对现有的控制方法容易引入谐波的缺点，提出一种基于谐振控制器和电网电压前馈的控制新方法。采用基于矢量图的相位控制算法，使得关键负载的电压能跟踪给定值，且 ES 可随着不同的电网电压分别工作于容性、阻性和感性模式。详细研究了 ES 的建模及控制器参数的设计方法，制作了一台基于 DSP28335 平台的实验样机，实验结果验证了 ES 理论及所提控制算法的正确性和有效性。(This document covers many documents about electric spring, including 1. All of them are recent documents, and indicate the number of citations.)

说明：  参考代码，提供给新手学习，代码可以修改完善，不涉及版权！(Reference code, for beginners to learn, code can be modified and improved, not involving copyright!)

tftp工具,ＷＩＮＤＯＳ下，比较好用．-tftp tools, WINDOS, better quality.

遗传算法解决时隙分配问题，使时隙分配尽可能均匀(Genetic algorithm (ga) to solve time slot allocation problem)

电力系统潮流计算体现在数学就上是多元非线性方程组的求解问题，求解的方法有很多种。牛顿—拉夫逊法是数学上解非线性方程式的有效方法，收敛性好、迭代次数少。将牛顿—拉夫逊法用于潮流计算是以导纳矩阵为基础的，由于利用了导纳矩阵的对称性、稀疏性及节点编号顺序优化等技巧，使牛顿—拉夫逊法解题规模和计算速度进一步提高，此算法至今仍是潮流计算中广泛采用的优秀算法。(Power flow calculation in power system is a problem of solving multivariate non-linear equations in mathematics. There are many methods to solve it. Newton-Raphson method is an effective method for solving nonlinear equations in mathematics. It has good convergence and fewer iterations. The application of Newton-Raphson method to power flow calculation is based on admittance matrix. Because of the use of symmetry, sparsity and optimization of node number sequence of admittance matrix, the scale and speed of Newton-Raphson method are further improved. So far, this algorithm is still an excellent one widely used in power flow calculation.)

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一个有限元分析软件，在网上找到的，一起学习。-A finite element analysis software, find online, along with learning.

说明：  工具说明，EDA工具的DataSheet，简单介绍及相关的参考文档(Tool Description, Data Sheet of EDA Tool, Brief Introduction and Related Reference Documents)

说明：  Simple code to create a Restful API with flask.

飞思卡尔智能车 光电直立组程序 2m/s，省二，啊哈哈，散贡献了。。(freescale smartcar 12th,2017)