Tidal Float Generates Electricity: Is it Practical?

In summary, the conversation discusses the practicality of using a float to generate electricity from the ocean's motion. One person suggests using submerged turbines in major ocean currents, while another suggests using a ball attached to a rod and teeth to turn a transmission attached to a generator. However, it is pointed out that this method only uses a small amount of water and may not be as efficient as other methods such as tidal barrage systems. The conversation also touches on using waves for electricity generation and the potential drawbacks of using tidal power. Overall, it is determined that a single float may not be a practical solution for generating electricity from the ocean's motion.
  • #1
rrogers562
2
0
could this float generate enough electricity to be practical
 

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  • #2
Up and down only twice a day isn't very much motion. To make the ocean work for us, I would prefer to see submerged turbines in the paths of the major ocean currents, like the Gulf Steam that flows continuously from the Florida strait to Newfoundland.
 
  • #3
as slow as the tide is it would float the ball up and attaced rod's teeth would turn a transmission attached to a generator. if this can't get the rpms then possibly float the ball up in an enclosed tube locking drain at bottom then in 6 hours releasing ball to fall at arranged speed possible i hope
 
  • #4
You are only using a mass of water equivalent to the volume of the sphere - you system is exactly the same as somebody filling an empty sphere with water every tide and using the downward motion.

A tidal barrage system uses the mass of ALL the water contained in each tide flow.
A system like yours can be used with waves, where it will generate energy on each wave - see Salter's ducks
 
  • #6
I am against using tidal waves for electricity generation. I don't want days to become longer and longer.
 
  • #7
But the nights get longer as well so you get a lie-in every morning!
 
  • #8
Have a look at the wiki for tidal power: http://en.wikipedia.org/wiki/Tidal_power

A single float just doesn't displace enough mass of water to generate much power. The typical ways tidal power is generated are able to harness the entire mass of water moved in a large area such as a bay. And even then, the economics aren't great.
 

Related to Tidal Float Generates Electricity: Is it Practical?

1. How does tidal float generate electricity?

Tidal float is a renewable energy technology that harnesses the kinetic energy of ocean tides to generate electricity. It works by using specialized devices called tidal turbines, which are placed in areas with strong tidal currents. These turbines are equipped with blades that are turned by the force of the tides, which then spin a generator to produce electricity.

2. Is tidal float a practical source of electricity?

While tidal float technology has shown promising potential, it is still in the early stages of development and has not yet been widely adopted. There are also challenges in terms of high installation and maintenance costs and the limited availability of suitable locations for tidal turbines. However, with advancements in technology and further research, tidal float could become a more practical source of electricity in the future.

3. What are the benefits of using tidal float for electricity generation?

Tidal float has several benefits as a renewable energy source. It is a clean and renewable resource, meaning it does not produce greenhouse gas emissions or contribute to climate change. It also has a predictable and consistent energy output, unlike other renewable sources like wind and solar. Furthermore, tidal float technology has a small physical footprint and does not require large land areas, making it a potentially viable option for densely populated areas.

4. Are there any potential drawbacks to using tidal float for electricity generation?

One potential drawback of tidal float technology is its impact on marine ecosystems. The installation and operation of tidal turbines may disrupt the natural movement of marine animals and potentially harm them. Additionally, there may be concerns about the noise generated by the turbines and their potential to interfere with ocean navigation. These issues need to be carefully considered and addressed in the development and implementation of tidal float projects.

5. How does tidal float compare to other renewable energy sources?

Compared to other renewable energy sources, tidal float has several advantages. It has a higher energy density, meaning it can produce more electricity in a smaller area compared to wind or solar. It also has a more predictable energy output, as tides are more consistent than wind or sunlight. However, tidal float technology is still in its early stages and faces some challenges in terms of cost and availability of suitable locations. It should be seen as a complementary source of renewable energy alongside other technologies.

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