BibTex Citation Data :
@article{JFMA22482, author = {Kartika Nugraheni and Annisa Soemarsono and Nashrul Millah and Indira Anggriani and Ummi Usrotus Wakhidah}, title = {OPTIMAL CONTROL OF MATHEMATICAL MODELS IN BIOENERGY SYSTEMS AS EMPOWERMENT OF SUSTAINABLE ENERGY SOURCES}, journal = {Journal of Fundamental Mathematics and Applications (JFMA)}, volume = {7}, number = {1}, year = {2024}, keywords = {Biogas; Energy; Optimal Control; Mathematical Models}, abstract = { Energy has a very important role in everyday life. Dependence on non-renewable energy increases its vulnerability to supply instability, making it important to seek alternative energy sources to overcome this dependence. Bioenergy is an alternative energy produced from organic materials such as biomass. Control of renewable energy is needed to increase production and empowerment. In this research, a mathematical model of biogas production growth in the form of differential equations formed with optimal control modifications is proposed. Completion of the model is carried out by forming an objective function, as well as determining the Hamilton function and Lagrange function. Numerical simulations in the model show that providing control can increase biogas production as a sustainable energy source. }, issn = {2621-6035}, doi = {10.14710/jfma.v7i1.22482}, url = {https://ejournal2.undip.ac.id/index.php/jfma/article/view/22482} }
Refworks Citation Data :
Energy has a very important role in everyday life. Dependence on non-renewable energy increases its vulnerability to supply instability, making it important to seek alternative energy sources to overcome this dependence. Bioenergy is an alternative energy produced from organic materials such as biomass. Control of renewable energy is needed to increase production and empowerment. In this research, a mathematical model of biogas production growth in the form of differential equations formed with optimal control modifications is proposed. Completion of the model is carried out by forming an objective function, as well as determining the Hamilton function and Lagrange function. Numerical simulations in the model show that providing control can increase biogas production as a sustainable energy source.
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