Abstract
Solar photovoltaic generation system is a very promising type of renewable energy, particularly when it is implemented in the tropical country like Indonesia where it receives a huge amount of sunshine. Solar photovoltaic generation system can be utilised to supply power for different types of consumer, namely utility grids, industrials as well as household. This article discusses the effect solar radiation to the photovoltaic module with different slope angles namely; 300, 400 and 500 respectively. It was used a 100 Wp solar module in the research. It is not only the slope angle of module analysed in this article but also the weather condition such as: sunny or cloudy conditions. The performances of solar photovoltaic at temperature ranging from 280C to 500C are analysed significantly. The results showed that the above conditions affected the voltage generated by solar photovoltaic system. Finally, the results of this test will be compared with the simulation results of photovoltaic system modeling using Matlab/Simulink.
Highlights
When integrating solar photovoltaic based renewable energy, a number of problems will arise such as prediction of photovoltaic configuration and battery size, prediction of energy consumption, maximum power system and photovoltaic system performance analysis
The results of this study have presented the results of direct testing and simulation of 100 Wp photovoltaic system modeling
The test results for photovoltaic module elevation have been performed at different angles
Summary
When integrating solar photovoltaic based renewable energy, a number of problems will arise such as prediction of photovoltaic configuration and battery size, prediction of energy consumption, maximum power system and photovoltaic system performance analysis. Initial stage of solar photovoltaic systems must consider a number of parameters, namely: size, identification and simulation applications. This article will introduce solar radiation model based on weather forecasting system. It produces short-term photovoltaic output predictions from the meteorological department data. Ramenah has proposed a solar cell based power system sensitivity to temperature. Photovoltaic systems are on variable weather basis He reviewed the experimental influence of changes in temperature relations and solar radiation on the performance of photovoltaic systems. The experimental approach leads to the expression of the solar energy transfer process model to electrical energy [3]
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