Abstract:
This thesis has shown an economic analysis combined with carbon credit from hybrid solar rooftop systems. The objective of the thesis is to analyze energy production, quantity assessment, the returns of carbon credit, and the economic analysis of hybrid solar rooftop systems. This thesis has adopted the techniques of economic analysis combined with the amount of carbon credit from hybrid solar rooftop systems with 2 sections by using financial analysis and economic analysis. The testing system was conducted through the 149.80 kilowatts and 25.68 kilowatts of hybrid solar rooftop systems. There are 4 case studies which are 1) electricity generation analysis 2) carbon credit assessment 3) economic analysis, and 4) benefit analysis of hybrid solar rooftop systems in the same area. In the economic analysis, there are 4 sub-case studies, the carbon credit was not used in the 1st sub-case study, however, the 2nd, the 3rd, and the 4th sub-case studies were considered about carbon credit for 7 years, 14 years, and 25 years, respectively. This thesis is also analyzed by using economic indexes which are Net Present Value, Internal Rate of Return, Benefit Cost Ratio, and Payback Period. This thesis demonstrates a new guideline for economic calculation combined with the carbon credit which was produced from hybrid solar rooftop systems, and also be alternative ways to apply carbon credit with renewable energy.