ENERGY MANAGEMENT HYBRID BIOGAS AND SURYA ENERGY IN ELECTRICAL POWER SUPPLY OF LIVESTOCK INDUSTRY
Abstract
Implementation of the project in the hybrid generation system solar and biogas have timemanagement to load requirement. This research used biogas generator 2500 VA (2.5 KVA) andsolar cells 100 WP. Serve the AC load in same time at maximum load of about 6-8 hours. If itsused to serve load AC and DC mixed load can be used about 6 hours with a maximum load of2500 VA, while the solar cells can be used in 10-12 hours with maximum power 800 Watt (DCload). For used DC only for LED load with a maximum load of 3300 W will then use a longerrange until 12 hours.To development and regulation of power quality hibrid system needs planning and furtherdevelopment to increase the capacity of the electric power, benefit both to society and thedevelopment of a better system. The load on the frequency stability of biogas plants are stillinfluenced by the level of gas pressure that will determine the time of power generation. Whilethe solar energy output AC voltage inverter is affected DC voltage to AC. Biogas generator hasthe disadvantage can not work continuously, its working for 4-5 hours, and had to rest for 30minutes. Energy management of the power generation system on a small load can be carried outas much as possible to regulate the use of loads.
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References
[2]. Budi Prijo Sembodo, 2009. Rancang Bangun Genset menggunakan energi biogas. Teknik Industri Unipa
[3]. Direktorat Jenderal Pertanian, 2006. Teknologi Bioenergi
[4]. D. W. Augustine and K.S. P. Kumar, A method for self-tuning a PID controller for control of small to medium sized diesel engines, IEEE International Conference on System Engineering, P.85-88 1-3 Aug. 1991.
[5]. Govil, GP, 2003. Small Biogas Engine Conversion Kit Rural Application (No Petrol No Diesel )
[6]. Kadir, Abdul. Energi, Sumber Daya, Inovasi, Tenaga Listrik dan Potensi Ekonomi
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