Effect of head and PV array configurations on solar water pumping system

Tiwari, Arunendra K.; Kalamkar, Vilas R.; Pande, Rohan R.; Sharma, Sanjay K.; Sontake, Vimal Chand; Jha, A. R.

doi:10.1016/j.matpr.2020.09.200

Cited by 14 publications

(10 citation statements)

References 11 publications

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“…Sistem pompa air dengan tenaga surya dapat menjawab kebutuhan air yang terus meningkat untuk populasi yang juga semakin meningkat. Pompa air tenaga surya berpotensi menjadi solusi energi berkelanjutan bagi negara maju dan berkembang, pompa air tenaga surya juga dapat berfungsi sebagai mode hemat biaya yang dapat mengatasi kekhawatiran para masyarakat di daerah pedesaan tentang pasokan listrik yang tidak menentu dan biaya diesel yang tinggi [2].…”

Section: Pendahuluanunclassified

PEMANFAATAN PLTS 10 kWp TERPASANG UNTUK CATU DAYA POMPA AIR DI DESA BAN KARANGASEM

Patandean¹,

Giriantari²,

Ariastina³

2022

SPEKTRUM

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There are 19 banjars considered as custom And 16 official banjars at Ban Village located in the Regency of Karangasem Bali. The people in Ban, especially who live at the village of Tempek Asti and the village of Manik Aji, have troubles to get the ccess of fresh water. As the result, they must take a longdistance walk and the condition is teribly dangerous. The village of Manik Aji has off-grid system powered by PLTS 10 kWp which was built in 2017 by the minister of source and energy of Indonesian Republic. It had done by Manpower Department and ESDM of Bali Province. In 2021, PLN (Indonesian Electric state) had designed to supply the electricity at Manik Aji village. Therefore,the installed PLTS was functioned as the source of electric support to fulfill the society's needs of tempek Asti Manik aji village. The water pump type is AC submersible Kepeida 4SMP3 26-2,2 kWp and 2.093,14 Wh of energy. The total head is 60,005 meter which the power needed 2,2 kWp and 2.093,14 Wh of energy so the water pump can operate for 3,5 hours with the water debit is 3 m3/h producing 10.000 litter of water and has fulfilled the water needs of society at tempek Asti Manik Aji village about 1.200 litter daily.

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Section: Pendahuluanunclassified

PEMANFAATAN PLTS 10 kWp TERPASANG UNTUK CATU DAYA POMPA AIR DI DESA BAN KARANGASEM

Patandean¹,

Giriantari²,

Ariastina³

2022

SPEKTRUM

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“…The water flow 'Q' of the pump is calculated using the equation [29][30][31]. converter, PMBLDC motor, and pump are assembled.…”

Section: Simulink Modelling Pmbldc Motor and Pumpmentioning

confidence: 99%

“…The simulation of the solar PV water pumping system consists of the number of subsystems like PV panel, MPPT, motor, and pump [20][21][22][23][24][25][26][27]. Brushed DC motor or AC induction motors are mostly used in solar water pumping but brushes of brushed DC motor needs to be replaced frequently, and for induction motor inverter is needed as it runs on AC supply whereas PV panels output is DC only [28][29][30][31][32][33][34][35][36][37].…”

Section: Introductionmentioning

confidence: 99%

Simulation modeling and experimental validation of solar photovoltaic PMBLDC motor water pumping system

Deokar¹,

Bindu²,

Deokar³

2021

Journal of Thermal Engineering

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Solar energy is abundantly available on the earth and can be utilized in various applications by converting it in a suitable form. Water supply in remote places and rural areas is still critical due to the unavailability of the grid power. In a developing country like India, the grid construction cost is 6670 $/km because of which some remote areas are still waiting for electricity. There is a large scope to meet this need with the help of a standalone solar water pumping system. In this context, this work presents detailed simulation in MATLAB/Simulink and experimental validation of photovoltaic (PV) permanent magnet brushless DC (PMBLDC) motor water pumping system without energy storing. Simulation is a tool to get system behavior at the various input parameters immedi ately reflects a change in the output parameter. The simulation results are validated with the help of field trials on the experimental setup. A 0.5 hp photovoltaic permanent magnet brushless DC (PMBLDC) motor water pumping system was used for extensive field trials experimentation. After extensive field trials, the optimum irradiation observed for full water discharge 19.9 L/min was 330 W/m 2 where voltage and current were 35.1 V and 3.1 A respectively. The Water flow -Irradiation characteristic curve and percentage variation in simulation and experimental results showed a good agreement with each other. The efficiency of the photovoltaic panel and the entire solar water pumping system observed was 12.76 ± 0.64 % and 9.07± 0.45 % respectively. The 0.5 hp PMBLDC motor water pumping system is sufficient to lift 10000 L water every day. PMBLDC motor, shown added advantage of lesser running maintenance due to the absence of carbon brushes which need frequent replacement in case of brushed DC motor.

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“…It is useful in nearly any place, particularly if there is sunlight and access to clean water. When a user of a solar water application opens a faucet, water is applied to the tank from above [2]- [4]. Figure 1 depicts the daily supply of solar water.…”

Section: Introductionmentioning

confidence: 99%

Comparison of PV panels MPPT techniques applied to solar water pumping system

Abdul-Razzaq

Sakr

Rashid

2021

IJPEDS

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<span lang="EN-US">This paper deals with an advanced design for a pump powered by solar energyto supply agricultural lands with water and also the maximum power point is used to extract the maximum value of the energy available inside the solar panels and comparing between techniques MPPT such as Incremental conductance, perturb & observe, fractional short current circuit, and fractional open voltage circuit to find the best technique among these. The solar system is designed with main parts: photovoltaic (PV) panel, direct current/direct current (DC/DC) converter, inverter, filter, and in addition, the battery is used to save energy in the event that there is an increased demand for energy and not to provide solar radiation, as well as saving energy in the case of generation more than demand. This work was done using the matrix laboratory (MATLAB) simulink program.</span>

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Effect of head and PV array configurations on solar water pumping system

Cited by 14 publications

References 11 publications

PEMANFAATAN PLTS 10 kWp TERPASANG UNTUK CATU DAYA POMPA AIR DI DESA BAN KARANGASEM

PEMANFAATAN PLTS 10 kWp TERPASANG UNTUK CATU DAYA POMPA AIR DI DESA BAN KARANGASEM

Simulation modeling and experimental validation of solar photovoltaic PMBLDC motor water pumping system

Comparison of PV panels MPPT techniques applied to solar water pumping system

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