Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation
UniKL BMI
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2015
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my.unikl.ir-97392015-03-31T04:21:57Z Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation Saharuddin Othman UniKL BMI Wind power Solar photovoltaic Batteries Simulation Optimum Power Flow Intermittent generation UniKL BMI Hybrid systems between wind, solar, batteries, hydro and diesel generation have been developed in various places. The IEEE 118-bus Test System has been modified with some generation replaced by wind, solar, hydro, batteries and diesel generation to consider the complementary strengths of each source. The system is divided into 3 areas, and in each area power is generated by one or more of the renewable energy sources. Wind and solar generation provide intermittent generation, but hydro is a more reliable source of generation. In the daytime, when there is less wind, the solar panels will cover the extra load. At night, the wind turbines will be generating more power. If the solar panels and wind turbines do not create enough power, the diesel generator will automatically run to compensate for the deficiency and batteries, as storage, will help to reduce the burden of the diesel generator. Since the back-up generators are fuelled by diesel and turn on only when needed, this can actually save a lot on fuel cost. Such a situation can be modelled and simulated using a Stepwise Power Flow method created in the MatPower package and executed with MATLAB. IEEE 2015-03-31T04:21:57Z 2015-03-31T04:21:57Z 2015-03-31 Working Paper 10.1109/ICE2T.2014.7006259 http://localhost/xmlui/handle/123456789/9739 en |
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Wind power Solar photovoltaic Batteries Simulation Optimum Power Flow Intermittent generation |
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Wind power Solar photovoltaic Batteries Simulation Optimum Power Flow Intermittent generation Saharuddin Othman UniKL BMI Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
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UniKL BMI |
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Working Paper |
| author |
Saharuddin Othman UniKL BMI |
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Saharuddin Othman UniKL BMI |
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Saharuddin Othman |
| title |
Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
| title_short |
Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
| title_full |
Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
| title_fullStr |
Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
| title_full_unstemmed |
Discrete Time Optimum Power Flow Simulation of 118 IEEE Test Bus with Intermittent Generation |
| title_sort |
discrete time optimum power flow simulation of 118 ieee test bus with intermittent generation |
| publishDate |
2015 |
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http://localhost/xmlui/handle/123456789/9739 |
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1644485132520783872 |