Hydrokinetic Turbine Blades: Pioneering Materials for Renewable Energy
DOI:
https://doi.org/10.20372/pjet.v4i1.2999Keywords:
Hydro kinetic; delamination; Turbine materials; Blade Design; Turbine blade.Abstract
Hydro-kinetic technology is a way to get energy from water. It uses the energy of moving water without hurting the environment as hydro-static power does. One of the things about Hydro-kinetic technology is that it is good for the environment. It protects the homes of fish and other animals that live in the water. Hydro-kinetic technology also uses projects that can be built in many places especially in areas where we need to be careful about the environment. The hydrokinetic technology works well if the turbine blades are designed correctly. These blades need to be strong and last a time. They also need to be good at getting energy from the water. The blades have to deal with a lot of forces like the water pushing against them and the spinning motion of the turbine.
To make it better we need to find materials for the turbine blades. These materials need to be strong a long time and not cost too much. We are looking at using materials like carbon fiber and glass fiber. These materials are strong. Can withstand being in the water. We are also looking at materials that are inspired by nature. These materials can make the blades last longer and work better. We want to use materials that can change and adapt to the water conditions. We also want to use materials that're good for the environment and can be recycled.
This review study looks at all problems that affect turbine performance. It shows that we need plans for choosing the right materials and taking care of them to make turbines last longer and work better. The study ends by talking about how to make energy better through improved turbine blade design picking the right materials, for turbine blades and making sure they work as well as possible.
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