Characteristics of sun-tracking system of concentrator are analyzed in the dissertation at first.

论文首先分析了聚光器太阳跟踪的特点。

The part of measurement module focuses on the software and hardware design of gathering concentrator which manipulates GPRS modem to set up wireless line with AT orders.

现场测量模块部分主要是围绕着采集集中器的软硬件设计及用AT指令集操作GPRS MODEM建立GPRS无线链路。

The presented expert system provides a scientific method for the equipment maintenance of the concentrator.

并概要介绍了系统各模块的功能,从而为矿山选厂设备的维修管理提供了一套科学化的方法。

For convenience of signal gathering, manifesting the design concept of taking the camber as unit to realize information acquisition, simultaneously considering the wiring convenience and art, developed the bus concentrator to optimize the bus topology.

为方便信号的采集,体现以舱室为单元进行信息采集的设计思想,同时考虑系统布线的方便和美观,开发总线集线器来优化系统的总线拓扑结构。

These tests provide a theoretical basis for the design of louver concentrator and its engineering application.

实验结果为百叶窗浓缩器的设计和工业化应用提供了理论依据。

Solar energy utilization means and status are introduced, on this base, the dish-stirling solar power generation system is proposed. The system’s electric power is 500W, the solar concentrator’s diameter is 1meter, uses elevation-azimuth tow-axes sun-track equipment.

本文在分析总结太阳能利用方式和国内外太阳能利用水平的基础上,运用相关的理论,提出和设计了一种发电功率为500W,旋转抛物面集热器直径为1m,釆用方位角—高度角双轴精确跟踪太阳的碟式斯特林太阳能发电系统。