Simulation and parameter study on a solar based water source

版本 1.0.0 (60.6 KB) 作者: Gregor
This model and evaluation files helps you to simulate and optimize the solar energy and water flow of a solar based deep water source.
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更新 2026/3/27

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This Simulink-model and attached Matlab-parameter files and evaluation files helps you to simulate and optimize the solar energy and water flow of a solar based deep water source. This project is developed in focus to optimize the future built water supply projects in Benin. Its motivation comes by a personal journey.
The model contains a water source, submersible water pump, photovoltaic modules, pump controller, water tank and water supply. The pump is solar driven and influenced by a floating switch. The water supply is controlled by a water demand fullfillment algorithm. The tank takes the pumped water, stores it for the water supply.
After a time domain simulation a evalution files calculates two main parameter:
  • Water fullfillment: How good the daily water supply has met?
  • Energy utilisation: How much of solar energy is used by the pump?
Furthermore the is one more parameter to help optimizing the tank and pump size:
  • Tank utilisation: How much tank volume is used averagly?
  • Installed pump to PV power: Maximum power of pump in comparison to PV peak power.
By a parameter study the sizing of the system's components can be optimised, such as:
  • pump power
  • PV peak power
  • tank volume

引用格式

Gregor (2026). Simulation and parameter study on a solar based water source (https://ww2.mathworks.cn/matlabcentral/fileexchange/183520-simulation-and-parameter-study-on-a-solar-based-water-source), MATLAB Central File Exchange. 检索时间: .

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创建方式 R2021b
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1.0.0