Moving objects on water (floating solar panel)

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SUMMARY

The discussion focuses on the design and calculations necessary for creating a floating solar panel support structure capable of holding a 20kg solar panel. Key considerations include ensuring the product can float, determining the optimal weight for stability against wind forces, and calculating the velocity and distance traveled when subjected to wind on both calm and moving water. Participants emphasize the importance of weight distribution and the design principles similar to those used in boat construction to achieve stability and functionality.

PREREQUISITES
  • Understanding of buoyancy principles
  • Basic knowledge of fluid dynamics
  • Experience with weight distribution calculations
  • Familiarity with wind force effects on floating objects
NEXT STEPS
  • Research buoyancy calculations for floating structures
  • Learn about fluid dynamics and its impact on floating objects
  • Explore weight distribution techniques in marine design
  • Study the effects of wind on floating solar panel systems
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Engineers, product designers, and researchers involved in renewable energy solutions, particularly those focusing on floating solar panel systems and marine stability design.

Arsland95
Dear all member,
Im alan, and i need some help,,,
Did you guys know about floating solar panel? So, I am going to make a product that will float and can support the solar panel (20kg). And know I am in the calculation stage, so i need to know, that my product can :
1. Float
2. How much weight of my product, so it can hold still or move a little when it hit by wind?
3 . How to calculate the (velocity and distance) of the product , when it hit by wind. Either on a calm water of moving water, thanks so much ☺️

Im sorry for my English tho,

P.s : please see my attached file
 

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Arsland95 said:
How to calculate the (velocity and distance) of the product , when it hit by wind. Either on a calm water of moving water, thanks so much ☺️

As a minimum, floating objects travel at the speed of the water currents. Tidal currents or any other currents.

A flat object that does not extend far above the surface won't be pushed much by wind. However, it is highly likely to be lifted off the water or flipped over in strong winds and high waves.

The size and weight and distribution of weight are important. Think of it as designing a boat.
 
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