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Technology Transfer Into Light Solar Underground
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on
01.10
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If during the time we only see the warm sunshine in the open, in our windows and could only dinimati of the earth's surface, the technology that is being developed now allow sunlight can be transferred to another place far below ground.
If we ever see a movie where the first transfer sunlight into the dark with the help of glass or a mirror that reflects light continuously until it reaches its destination in a dark place (like in the movie Indiana Jones), the modern technology allows the transfer of real sun light with the help of cable fiber Optic fibers.
This idea was developed by engineers and designers in New York who saw that the narrowness of the open land in the metropolitan cities. They see the opportunity that so many stations Term / Railway underground abandoned and not used anymore, could be utilized as a positive area as a public park underground.
Of course, to make the park look very natural land, required major aspects of the natural, the sun, which will encourage the development of plants and thrive. With the help of Fiber Optics, the engineers realized that the sun was able arrested, collected and channeled through fiber optic fibers.
The project named LowLine is then tested in a basement area of 1.5 hectares in the Lower East Side, Manhattam. An underground station built in 1903 which was then no longer in use since 1948 be used as a test project. The concept of transfer sunlight is "captured" the sun is on the surface, concentrated and channeled through fiber optic cables, which will then be released in the basement with solar distributor planted on the ceiling of the basement.
Excess sun light on the process of transfer to the fiber optics is that the optical fiber capable of carrying wavelengths of sunlight are needed to support the horticultural process of photosynthesis, which means that, under the land to grow crops, trees and grasses that thrive and grow naturally. In addition, with existing technology, allowing ultraviolet sunlight that can harm the skin and cause skin burns can be filtered and blocked.
Light diesel transfer project is still in the stage of consultation with local governments, but the Metropolitan Transit Authority seems to 'accept' this idea, which is also supported by several local businessmen.
Perhaps this technology could be applied in Indonesia, especially Jakarta Metropolitan city which have been increasingly narrow and the least existing public open space. However, if it is applied in the basement, first our government must anticipate that the park land is not flooded.
If during the time we only see the warm sunshine in the open, in our windows and could only dinimati of the earth's surface, the technology that is being developed now allow sunlight can be transferred to another place far below ground.
If we ever see a movie where the first transfer sunlight into the dark with the help of glass or a mirror that reflects light continuously until it reaches its destination in a dark place (like in the movie Indiana Jones), the modern technology allows the transfer of real sun light with the help of cable fiber Optic fibers.
This idea was developed by engineers and designers in New York who saw that the narrowness of the open land in the metropolitan cities. They see the opportunity that so many stations Term / Railway underground abandoned and not used anymore, could be utilized as a positive area as a public park underground.
Of course, to make the park look very natural land, required major aspects of the natural, the sun, which will encourage the development of plants and thrive. With the help of Fiber Optics, the engineers realized that the sun was able arrested, collected and channeled through fiber optic fibers.
The project named LowLine is then tested in a basement area of 1.5 hectares in the Lower East Side, Manhattam. An underground station built in 1903 which was then no longer in use since 1948 be used as a test project. The concept of transfer sunlight is "captured" the sun is on the surface, concentrated and channeled through fiber optic cables, which will then be released in the basement with solar distributor planted on the ceiling of the basement.
Excess sun light on the process of transfer to the fiber optics is that the optical fiber capable of carrying wavelengths of sunlight are needed to support the horticultural process of photosynthesis, which means that, under the land to grow crops, trees and grasses that thrive and grow naturally. In addition, with existing technology, allowing ultraviolet sunlight that can harm the skin and cause skin burns can be filtered and blocked.
Light diesel transfer project is still in the stage of consultation with local governments, but the Metropolitan Transit Authority seems to 'accept' this idea, which is also supported by several local businessmen.
Perhaps this technology could be applied in Indonesia, especially Jakarta Metropolitan city which have been increasingly narrow and the least existing public open space. However, if it is applied in the basement, first our government must anticipate that the park land is not flooded.
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