Mathematical Study Simulating Hydroelectric Power as a Renewable Green Energy Alternative

The incorporation of renewable energy sources to fulfill the global energy demands has emerged as a crucial aspect in a complete investigation.Various options for generating renewable energy encompass multiple elements, including wind, steam, and water.The objective of the project is to investigate the modeling of Hydroelectric Power as a viable option for the advancement of sustainable green energy.The Hydroelectric power system was modeled using fluid dynamics computational program utilizing upelements.The highest fluid flow rate of 153.67 liters per minute corresponds to a pumping power of 15,146 Newton meters per second, or a pump efficiency of 27.630%.On the other hand, the minimum flow rate of 95,230 liters per minute results in a pump power of 24,630 Newton meters per second, with an efficiency of 62.049%.Based on the experimental simulation results, it can be inferred that the water hose will function most effectively over a prolonged period with a low flow rate.This is because a minimal u(x, y) value will result in low pressure on the hose.