%0 Journal Article
%T 塔式定日镜场无线网络布局研究<br>Wireless Network Layout Study of Tower Fixed Heliograph Field
%A 李泽
%J Modeling and Simulation
%P 2708-2715
%@ 2324-870X
%D 2024
%I Hans Publishing
%R 10.12677/mos.2024.133246
%X 本章针对定日镜场中定日镜控制出现的问题，首先对单定日镜控制模式进行了分析。提出了开–闭环混合控制的方案，通过对高度角和方位角的研究。利用Matlab对这个方案进行了仿真。然后，基于这一方案，提出了定日镜场以太网主干有线通信与终端无线通信相结合的方案进行镜场定日镜的控制。在网络仿真软件中对同比例的定日镜场进行网络规划，通过分析镜场无线覆盖范围与信道之间的相互干扰，充分的验证了本次研究的可行性。这项工作将有助于推动定日镜技术的进步，为可再生能源领域特别是太阳能的高效利用开辟了新的道路。<br />
In this chapter, the problems arising from heliostat control in heliostat fields are addressed, and the single heliostat control mode is first analyzed. By studying the altitude angle and azimuth angle, an open-closed loop hybrid control scheme is proposed. This scheme was simulated using Matlab. Then, based on this scheme, a combination of Ethernet backbone wired communication of the heliostat field and terminal wireless communication is proposed for the control of the heliostat in the mirror field. The feasibility of this study is fully verified by analyzing the wireless coverage of the mirror field and the mutual interference between the channels by performing network planning in the network simulation software for a fixed-sun mirror field of the same scale. This work will help to advance heliostat technology and open up new paths in the field of renewable energy, especially the efficient use of solar energy.
%K 定日镜场，定日镜控制，混合控制<br>Heliostat Field
%K Heliostat Control
%K Hybrid Control
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=87517