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Designing a Real Time Redactor for Power Saving Utilization

机译:设计一个实时编辑器以实现节能利用

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摘要

Nowadays high importance is given to the development of green technologies which are designed with an emphasis on low energy consumption. Due to the financial crisis the need for such green technologies and devices is more important ever before. All home electric appliances like refrigerators, deep-freezes, washing machines, pumps, etc. produce waste current component, which can be stabilized. This technique can decrease electricity consumption from 10 to 30% - different depending on countries. Current modern devices for adjustment of power of target electrical appliances need a very fine measurement of an input voltage and current. In such cases remote monitoring of mentioned values can be a suitable solution. However, this solution contains some issues such as the need for pre-processing in remote sensor, or wireless transfer to central monitoring device, which need to be solved. Also the powering of such remote device is strictly limited. Sensor needs to be powered only by energy from the current sensor which results in the need for application of modern power source solutions. All of these findings result in a development of miniaturized solution based on 32b microcontroller unit with wireless communication unit and independent powering circuit.
机译:如今,高度重视绿色技术的开发,这些技术的重点是低能耗。由于金融危机,对这种绿色技术和设备的需求变得前所未有的重要。所有家用电器,如冰箱,冷冻机,洗衣机,泵等,都会产生可稳定的废电流成分。这项技术可以将耗电量从10%降低到30%-因国家/地区而异。当前用于调节目标电器的功率的现代设备需要非常精细地测量输入电压和电流。在这种情况下,远程监视提到的值可能是合适的解决方案。但是,该解决方案包含一些问题,例如需要在远程传感器中进行预处理,或者将无线传输到中央监控设备,这些都需要解决。而且,这种远程设备的供电受到严格限制。传感器仅需由电流传感器的能量供电,这导致需要应用现代电源解决方案。所有这些发现导致开发了基于具有无线通信单元和独立供电电路的32b微控制器单元的小型化解决方案。

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