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What is it about?

The solutions of inverter switch and routing scheme are integrated to develop a mobile controlled energy saving system (MCESS) proposed in the article. For the transient response problem of an n-channel metal-oxide-semiconductor field-effect transistor (MOSFET) acting as an invert switch, and a routing scheme are solved for developing the MCESS. It can be claimed that all the mentioned previously schemes are very challenge for addressing the problems in the design of an analog processing circuit and the implementation of Android applications (or Apps). The developed MCESS is experimentally verified automatically switch for adjusting the energy output appropriately. A control system with a solution of MCESS can replace the traditional sustainable energy systems, and obtain much longer lifetime and a steady state of the storage equipment. Furthermore, the proposed MCESS integrates Apps developed on a smart device using the Android platform with different wireless protocols, such as WiFi, Bluetooth etc. for controlling the system with contactless. Moreover, there much experience in the development of MCESS is provided audiences with useful materials, for example, a routing solution that employs wireless local area network (WLAN) with the WiFi protocol is implemented to transmit packets of the regulator circuit and the instant feedback display.

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Why is it important?

The aim of this article is to address the problems in the development of an energy saving system that utilizes the PWM scheme with a contactless wireless control method. Further, in this paper, a solution for the unsaturation problem of an n-channel MOSFET acting as power switch in the system is proposed.

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