The time frame allocated for this research study is 12 months. It started in January 2015 and is projected to be completed in January 2013. The Gantt chart for the project and its milestone are shown in table 5. Practically, the performance of electrical properties that will produce from module to Raspberry Pi. So the knowledge about Raspberry Pi software should be taken a long period to be done especially since we need to write in phyton language. Other than that, the difficulty that been faced is the connection between software and hardware. If the connection is not match for each other in case there is a failure in hardware or software the output as to monitor performance PV-TE also fails, by then the objectives will not be achieved. To solve these kind of problems it should be referred to professional that familiar with the Raspberry Pi software and also do troubleshoot by correcting the failure parts or system. This data is then analyzed, with many simplifying assumption applied. Besides produce software, prototype of PV-TE hybrid system hardware will be built to enables the community to visualize the impact and application of the proposed methods in determining the best solution in PV-TE hybrid system design with respect to reliability and cost.
Methodology is a needed process in order to achieve the project objectives. In other terms, it is used to develop the project itself. In this project, there have been several main components are used such as the Raspberry Pi, solar panel and thermal plate. All the main components is combine as a one system, Photovoltaic Thermoelectric hybrid module using Raspberry Pi 2.
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