Floating solar modules of
floating solar systems utilize the same technology as the solar modules on your roof. The main difference lies in that they have been adapted to floating mounting structures of
floating PV systems. They are designed to be placed on lakes and quarries. Although the technology is not yet advanced enough to be used on the high seas, we cannot say what will happen in the future. At present, floating solar modules are a great new technology that promises to change the way we look at renewable energy.
What are the advantages of floating solar modules? Solar modules can work better when they're cool. That's why if you have two same systems. One is on land and one is on water. The system on the water will actually perform better. That's why a country like Germany, not known for its tropical climate, can be one of the leaders in solar power.
Another advantage of floating solar modules is that they shade water floating on the surface and reduce evaporation by up to 70 percent. For example, if a 3-acre reservoir were covered with solar modules, it might reduce the amount of water evaporating by 4 million gallons a year. In addition, solar modules can prevent sunlight from reaching the water, slowing algae growth. In terms of power generation, one square acre of floating solar modules can generate half a million kilowatt-hours of electricity.
These solar modules are also a smart new technology because they can be deployed in towns where there is not much space. A country like Japan obviously is a good example because they are always dealing with a lack of space. However, municipalities around the world have found that they can always put solar modules on the water when they have nowhere else to put them.
Where is the technology applied? Japan has the world's largest floating solar power system currently. Located in Kyocera, this huge solar module farm consists of more than 9,000 modules that generate 2,680 megawatts of energy per year. Japanese engineers claim the system is so durable that it can withstand wind gusts of more than 100 miles per hour. However, Japan is not the only country interested in new technology. Brazil recently announced plans to build a 350-megawatt solar farm. This serves two purposes for Brazil. First, it will greatly promote the development of renewable energy. Moreover, it slows down evaporation. This is a big deal for Brazil, as the country is facing a severe water shortage.
Compare with other countries like Japan, technology is not yet as popular in the United States. Our huge land mass means we always seem to have somewhere to put solar modules. In addition, the favorable climate of a place like the Mojave Desert has led us to build something really cool. For example, the world's largest solar module farm can power 160,000 homes in California each year.
Although, some progress has been made in floating solar modules in the United States. It could become very popular in cities like New York, Chicago and Los Angeles, which don't have a lot of spare space to work in. In fact, Los Angeles just missed a golden opportunity to install floating solar modules.
Recently, the city government dropped 96 million shade balls into a reservoir in an attempt to reduce evaporation and conserve water. If they spent the money on building a floating solar module system, they might be more environmentally friendly and achieve the same effect. Let's hope they think of that next time! As floating solar modules become more popular and more people discover the technology, we should see that this technology can be widely applied in the United States.
Although rooftop solar modules are the top choice for people looking to invest in green energy. They're affordable and durable. It can save you a lot on your electricity bill. If you want to learn more about installing a floating solar PV system. We will help you get the best price and make the installation process as soon as possible. This is a guarantee that you can get the bank.