Solar Power Plant Idea for Review

In summary, a solar power plant with additional features was discussed. It could be used to desalinate sea water, generate electricity, and provide shade. There are some potential shortcomings to this idea, but it is still worth exploring.
  • #1
wind_sailor_NZ
1
0
Hi to everyone,

For a while (which is only a few weeks) I have been thinking about a solar power plant with additional features. Here is a brief outline.

Take an arid area close to the sea (Sahara, Saudia Arabia, parts of Australia etc.) Focus sunlight via computer controlled mirrors to a steam boiler on a tower. Generate high temperature steam and run steam turbines to produce electricity. As far as I know this technology was already discussed over 30 years ago and even prototypes plants may have been built. Perhaps it never took off because other types of power plant were more economical or due to the fact that electricity can only be generated for a few hours every day.

However there are other beneficial features which can be added to such a power plant.

This plant could be used to desalinate sea water. This could be achieved by either feeding the boiler with sea water, if the corrosion problems can be solved or alternatively using the waste heat to distil the sea water. Like with any other thermal power plants the waste heat accounts for over 60% of the energy input. And fresh water is a valuable resource in many arid countries.

The mirrors also provide partial shade from the sun. This shade could shelter plantations. Use the treated sewage from a nearby city as fertilizer and with the fresh water you probably can turn the desert into productive agricultural land. If the toxins in the sewage prohibit the use for food production then use the land for the production of biomass or bio fuels.

I am still not sure how the economic side stacks up. Therefore please point out any shortcomings of this idea and possible solutions.

with greetings from New Zealand
 
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  • #2
The concept is called a Solar Power Tower, and Solar One, Solar Two and Solar Tres are the main experimental plants using this technology. Solar One and Two are in the US, and Solar Tres is being built in Spain.

http://en.wikipedia.org/wiki/Solar_One

Perhaps from some of the links at wikipedia, you can find some economic analysis information. I think your ideas of using some of the generated power for desalination and water treatment merit further work on your part. Best of luck!
 
  • #3



Hi there,

Thank you for sharing your idea for a solar power plant with additional features. It sounds like a very innovative and environmentally-friendly concept.

One potential issue that comes to mind is the location of the plant. While arid areas near the sea may have plenty of sunlight, they may not have the necessary infrastructure or resources for a large-scale power plant. Additionally, transporting the electricity generated to other areas may also be a challenge.

Another aspect to consider is the cost and maintenance of the computer-controlled mirrors. While they may be efficient in focusing sunlight, they may also require a significant investment and regular maintenance to keep them functioning properly.

However, the idea of using the waste heat from the power plant for desalination and agricultural purposes is definitely a valuable addition. It would not only provide a solution for fresh water in arid areas, but also contribute to sustainable food production.

Overall, it seems like a well-thought-out idea with potential for further development. It would be helpful to conduct a thorough cost-benefit analysis to determine the economic viability and potential solutions for any challenges that may arise.

Best of luck with your idea and greetings from New Zealand!
 

1. What is a solar power plant?

A solar power plant is a type of renewable energy facility that uses photovoltaic (PV) panels to convert sunlight into electricity. These panels are typically installed in large arrays and connected to a power grid to supply electricity to homes and businesses.

2. How does a solar power plant work?

Solar power plants work by capturing sunlight through PV panels, which contain silicon cells that convert solar energy into electricity. This electricity is then sent to an inverter, which converts it into usable alternating current (AC) electricity. The AC electricity is then sent to a transformer, which boosts the voltage and connects the power plant to a transmission grid.

3. What are the benefits of a solar power plant?

Solar power plants offer numerous benefits, including reducing carbon emissions and air pollution, promoting energy independence, and providing a source of renewable energy. Additionally, solar power plants have a low operating cost and require minimal maintenance compared to traditional power plants.

4. What are the challenges of implementing a solar power plant?

Some challenges of implementing a solar power plant include high initial costs, limited land availability, and the variability of sunlight. Additionally, the efficiency of PV panels can decrease over time, and the process of manufacturing and disposing of PV panels can have environmental impacts.

5. How can a solar power plant be integrated into the current energy infrastructure?

Solar power plants can be integrated into the current energy infrastructure by connecting them to the existing power grid. This allows the electricity generated by the solar power plant to be distributed and used alongside electricity from traditional power plants. Additionally, energy storage technologies, such as batteries, can be used to store excess solar energy for use during times of low sunlight.

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