TINJAUAN FORMULASI ECONOMIC DISPATCH UNTUK MENGANTISIPASI INTEGRASI PLTS SKALA BESAR GILI TRAWANGAN KE DALAM JARINGAN DI SISTEM APDP MATARAM
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Kita, Lalu Kaisar Wisnu
Yasser, Ridha
Yasser, Ridha
Subject
Teknik Elektro
Datestamp
2019-10-30 07:37:51
Abstract :
Solar Power Plant is one of the power plants with renewable energy sources that convert solar energy into electrical energy. It can be applied by using photovoltaic (PV) cells. Photovoltaic cells directly convert the sunlight energy into electrical energy using photoelectric effects. Solar Power Plants are intermittent following the surrounding natural conditions so it can not provide power 24 hours / day or continuously. This intermittent nature can cause the resulting output power to fluctuate. Large-scale PV output fluctuations connected to the network can lead to disruption of the electrical system's stability so that it needs support from other plant stations with fast ramp rates such as diesel to offset the changes. The load on a power system always changes every time periods, so to supply the load economically it is necessary to find the economic dispatch algorithm at each load. This research will discuss the change of economic dispatch algorithm after Gili Trawangan PV ouptut come in APDP Mataram system. Changes in the operation of the system to get the lowest cost of loading will be examined based on the economic dispatch algorithm obtained.
Solar Power Plant is one of the power plants with renewable energy sources that convert solar energy into electrical energy. It can be applied by using photovoltaic (PV) cells. Photovoltaic cells directly convert the sunlight energy into electrical energy using photoelectric effects. Solar Power Plants are intermittent following the surrounding natural conditions so it can not provide power 24 hours / day or continuously. This intermittent nature can cause the resulting output power to fluctuate. Large-scale PV output fluctuations connected to the network can lead to disruption of the electrical system's stability so that it needs support from other plant stations with fast ramp rates such as diesel to offset the changes. The load on a power system always changes every time periods, so to supply the load economically it is necessary to find the economic dispatch algorithm at each load. This research will discuss the change of economic dispatch algorithm after Gili Trawangan PV ouptut come in APDP Mataram system. Changes in the operation of the system to get the lowest cost of loading will be examined based on the economic dispatch algorithm obtained.
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