Phenomenal Discovery Mangosteen and Clay Solar Cell
Is Dr. Fatimah in his study at the Faculty of Mathematics and Science laboratories Islamic University of Indonesia, Jogjakarta.
Environmentally Friendly and Cheap, Can Help The Backpacker
Efforts to find a cheap alternative energy and environmentally friendly continue to be the experts. Is Dr. Fatimah, UII lecturer Jogjakarta, utilizing clay and skin mangosteen fruit as a catcher and storage of solar cells. Like what?
M. Hilmi Setiawan - Jakarta
NATURE Is Fatimah as a woman who had two sons and a daughter do not release their will to develop his love of researching. Passionate lecturer researching birth March 19, 1975 is getting into every time you finish discussing with the students in Jogjakarta UII.
New research is trying to create a tool capable of storing solar cells. In the early initiated, he had to limit the tools that he created must be environmentally friendly as well as inexpensive. "As busy dealt, now more popular the search for alternative renewable energy or sustainable," he said in Jakarta last Friday (21/10).
Thanks to this research, won the contest Is a special study of young women are entitled L'Oreal-UNESCO for Women in Science. As one of five winners, Is entitled to a research scholarship of Rp 70 million. He target, the creation of this new tool be completed no later than one year.
When designing the study, women who earned a doctorate degree from Gadjah Mada University was thought that the sun is a blessing that is important. Sunlight categories including sustainable energy sources (ongoing).
According to him, in a day, on average the sun shines in Indonesia for about ten hours. Every second the sun's rays is, Is said, can be used as a source of electrical energy into renewable category. He believes that the energy released when the sun is just out of Judgement. "So, it should be fully utilized," he said.
During this time, according to Is, the technology used to capture solar cells are relatively expensive and less environmentally friendly. In the market, that equipment can be sold at a price of up to tens of millions of dollars. In addition, these materials are less environmentally friendly manufacturer. Starting material silicon, plastic, iron, and aluminum.
Lecturers who had received his education a few extra times in Australia and Singapore were explained, as the researchers themselves must continue to explore new things. Primarily to deal with problems as well as catcher materials storage solar power less expensive environmentally friendly and tend them.
Is was then racked his brain. He also repeatedly back and forth from the laboratory of Faculty of Mathematics and Natural Sciences UII Jogjakarta to the campus library to find reference materials catcher solar cells that are environmentally friendly. Some time later, he decided to use clay (clay) and the skin of the mangosteen fruit (Garcinia Magostana L.) as well as storage media catcher solar cells.
For business looking for clay, Is not afraid to admit out of stock. Especially natural montmorillonite clay which he claims is quite superior in this project. He called the potential of this type of loam in Indonesia reached 380 million tons. Most numerous in Boyolali, Central Java and Tasikmalaya, West Java. Typically, this type of clay used for ceramics raw materials.
Environmentally Friendly and Cheap, Can Help The Backpacker
Efforts to find a cheap alternative energy and environmentally friendly continue to be the experts. Is Dr. Fatimah, UII lecturer Jogjakarta, utilizing clay and skin mangosteen fruit as a catcher and storage of solar cells. Like what?
M. Hilmi Setiawan - Jakarta
NATURE Is Fatimah as a woman who had two sons and a daughter do not release their will to develop his love of researching. Passionate lecturer researching birth March 19, 1975 is getting into every time you finish discussing with the students in Jogjakarta UII.
New research is trying to create a tool capable of storing solar cells. In the early initiated, he had to limit the tools that he created must be environmentally friendly as well as inexpensive. "As busy dealt, now more popular the search for alternative renewable energy or sustainable," he said in Jakarta last Friday (21/10).
Thanks to this research, won the contest Is a special study of young women are entitled L'Oreal-UNESCO for Women in Science. As one of five winners, Is entitled to a research scholarship of Rp 70 million. He target, the creation of this new tool be completed no later than one year.
When designing the study, women who earned a doctorate degree from Gadjah Mada University was thought that the sun is a blessing that is important. Sunlight categories including sustainable energy sources (ongoing).
According to him, in a day, on average the sun shines in Indonesia for about ten hours. Every second the sun's rays is, Is said, can be used as a source of electrical energy into renewable category. He believes that the energy released when the sun is just out of Judgement. "So, it should be fully utilized," he said.
During this time, according to Is, the technology used to capture solar cells are relatively expensive and less environmentally friendly. In the market, that equipment can be sold at a price of up to tens of millions of dollars. In addition, these materials are less environmentally friendly manufacturer. Starting material silicon, plastic, iron, and aluminum.
Lecturers who had received his education a few extra times in Australia and Singapore were explained, as the researchers themselves must continue to explore new things. Primarily to deal with problems as well as catcher materials storage solar power less expensive environmentally friendly and tend them.
Is was then racked his brain. He also repeatedly back and forth from the laboratory of Faculty of Mathematics and Natural Sciences UII Jogjakarta to the campus library to find reference materials catcher solar cells that are environmentally friendly. Some time later, he decided to use clay (clay) and the skin of the mangosteen fruit (Garcinia Magostana L.) as well as storage media catcher solar cells.
For business looking for clay, Is not afraid to admit out of stock. Especially natural montmorillonite clay which he claims is quite superior in this project. He called the potential of this type of loam in Indonesia reached 380 million tons. Most numerous in Boyolali, Central Java and Tasikmalaya, West Java. Typically, this type of clay used for ceramics raw materials.
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