Abstract Efforts are being made by people to reduce the electricity consumption as the world is moving towards energy reduction. For energy consumption reduction, the low-cost distributed control system is advocated in this paper. For an effective control system, a few elements such as new transducers, microcontrollers and communication models can be optimized. For this application we have used a control... Efforts are being made by people to reduce the electricity consumption as the world is moving towards energy reduction. For energy consumption reduction, the low-cost distributed control system is advocated in this paper. For an effective control system, a few elements such as new transducers, microcontrollers and communication models can be optimized. For this application we have used a control algorithm which is an integral part of the proposed distributed control system. Initially we plan to apply it in the ventilation system for testing the efficiency of the energy reduction system. Read More Read Less

Abstract With the help of the semi-empirical approach we have developed a photovoltaic module using Copper Indium Selenide. We have prepared the coding with matlab and checked the simulation data with real testing data using the input given by two different producers. The outcome produces the acceptance as it is able to predict the new voltage and power at a high... With the help of the semi-empirical approach we have developed a photovoltaic module using Copper Indium Selenide. We have prepared the coding with matlab and checked the simulation data with real testing data using the input given by two different producers. The outcome produces the acceptance as it is able to predict the new voltage and power at a high irradiance and the voltage values are acceptable. We prove that this model is used very successfully and can to use to measure the power generation in the live scenario. Read More Read Less

Abstract The training and education is required to install the solar panels and for the use of photovoltaic panels. We in this paper have proposed such training. We have presented a system for remote measurement of base photovoltaic parameters with the help of the source-measure units and graphic programming. We have deployed a regular web-browser for remote access to hardware.... The training and education is required to install the solar panels and for the use of photovoltaic panels. We in this paper have proposed such training. We have presented a system for remote measurement of base photovoltaic parameters with the help of the source-measure units and graphic programming. We have deployed a regular web-browser for remote access to hardware. Read More Read Less