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以太阳能电池增程供电的自行车透过无线传感器网络(WSN)的远端网络进行监控太阳能充电铅酸电池和效益分析为研究目标。为实现这一目标,设置一个ZigBee装置透过远端无线网络监控在闲置或低功率期间,添加太阳能电池板对铅酸电池进行充电,使其行驶距离进一步增加。此一解决的替代方案,其主要原因为重量和成本。实验结果证明,我们的样机,太阳能供电的自行车,可以管理太阳能充电两个铅酸电池。在停车期间透过无线网络,用户知道即时的太阳辐射的量、照度、环境温度,以及电能存储容量的数据。
Solar powered battery powered by extended range wireless sensor network (WSN) to monitor the remote network of solar-powered lead-acid batteries and benefit analysis for the study. To achieve this goal, set up a ZigBee device through the remote wireless network monitoring During idle or low power, add a solar panel to charge the lead-acid battery to make it travel distance further increased. The main reason for this alternative solution is weight and cost. Experimental results show that our prototype, solar powered bike, can manage two lead-acid batteries for solar charging. Through the wireless network during parking, users know the amount of instantaneous solar radiation, illumination, ambient temperature, and electrical energy storage capacity.