Transient analysis of integrated diesel-wind-photovoltaic generation systems

Bonanno, F.; Consoli, A.; Raciti, A.; Morgana, B.; Nocera, U.

doi:10.1109/60.766988

Cited by 35 publications

(14 citation statements)

References 10 publications

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“…[8] To regulate the voltage and frequency synchronous generator along with diesel generators are used in the hybrid system. [9] Whenever power mismatch problem occurs to improve the efficiency and reduce the size battery with an ultra capacitor is proposed [10] .Several simulation studies for the hybrid systems are also effective and various controllers are designed and simulated for the regulation of frequency [11] .…”

Section: Introductionmentioning

confidence: 99%

Control Strategies of Power and Power Factor using PID Controller in Hybrid Energy System

Prabha

2020

IJEAT

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Now a days maximum rise of power can be done by the usage of wind ,solar and diesel system. To get reliable electricity supply and to control the interruption and contingency hybrid power systems are used. The hybrid systems are more advantageous because both the wind and solar are renewable energies which is more convenient to the environment. The work presented in this paper consists of a combination of a wind system ,a PV system and an AC load with a back up of battery source and a diesel generator. Inorder to reduce the transmission cost this system is applicable and it can be used in remote areas. PID controller with PLL technique is used to maintain the power factor constant even when one of the source is in OFF condition. The ON/OFF condition is given manually on the input side and accordingly the energy sources will produce the voltage/current output thereby power factor is maintained constant with the irradiance and temperature. One of the advantage of this system avoids penalty by maintaining the power factor constant.

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Section: Introductionmentioning

confidence: 99%

Control Strategies of Power and Power Factor using PID Controller in Hybrid Energy System

Prabha

2020

IJEAT

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“…So far, many research works have focused on the transient aspect of an integrated diesel photovoltaic generation system [2]. This approach is based on the transient nature of power networks.…”

Section: Introductionmentioning

confidence: 99%

Charcterisation of an off grid hybrid system: Modelling and simulation

Charfi

Yahyaoui²,

Ammous

et al. 2015

IREC2015 the Sixth International Renewable Energy Congress

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In this paper, a modelling and simulation of an hybrid system composed of photovoltaic panels, a lead-acid battery bank and a diesel generator connected in parallel, is studied. A non-linear model that depends on the solar radiation and the ambient temperature is adopted to model the photovoltaic panels. The battery is characterized by the depth of discharge deduced by a non-linear model .The genset model consists in modelling its three parts: the diesel engine, the synchronous generator and the excitation system. The system characterization and simulation demonstrate that the load is supplied during the day even in case of weather disturbs.

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“…The power for the hybrid system came from PV panels and an engine-generator*that was, a gasoline or diesel engine driving an electrical generator. Bonanno et al (1999) developed a software package to evaluate the transient behaviours of hybrid systems during planning stage.…”

Section: Introductionmentioning

confidence: 99%

Wind energy-hydrogen storage hybrid power generation

Yang

Aydın

2001

Int. J. Energy Res.

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SUMMARYIn this theoretical investigation, a hybrid power generation system utilizing wind energy and hydrogen storage is presented. Firstly, the available wind energy is determined, which is followed by evaluating the e$ciency of the wind energy conversion system. A revised model of windmill is proposed from which wind power density and electric power output are determined. When the load demand is less than the output of the generation, the excess electric power is relayed to the electrolytic cell where it is used to electrolyze the de-ionized water. Hydrogen thus produced can be stored as hydrogen compressed gas or liquid. Once the hydrogen is stored in an appropriate high-pressure vessel, it can be used in a combustion engine, fuel cell, or burned in a water-cooled burner to produce a very high-quality steam for space heating, or to drive a turbine to generate electric power. It can also be combined with organic materials to produce synthetic fuels. The conclusion is that the system produces no harmful waste and depletes no resources. Note that this system also works well with a solar collector instead of a windmill.

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Transient analysis of integrated diesel-wind-photovoltaic generation systems

Cited by 35 publications

References 10 publications

Control Strategies of Power and Power Factor using PID Controller in Hybrid Energy System

Control Strategies of Power and Power Factor using PID Controller in Hybrid Energy System

Charcterisation of an off grid hybrid system: Modelling and simulation

Wind energy-hydrogen storage hybrid power generation

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