Kantor Sewa Hemat Energi dengan Teknologi Turbin Angin
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Institusion
Universitas Islam Negeri Alauddin
Author
Subject
690 Bangunan
Datestamp
2017-04-20 01:04:14
Abstract :
Makassar is geographically located in the middle of the archipelago or Center Point of Indonesia and has a strategic position as the center of development, distribution of goods/services in Eastern Indonesia. In line with regional autonomy policies, local companies need to improve efficiency. The mistake becomes very complicated, when in this period of energy and economic crisis, exacerbated by the destruction of the surrounding environment, resulting in higher levels of CO2 emissions in the free air, which will impact on global warming. This energy crisis is increasingly spurring the development of new architectural concepts that are more conscious and energy efficient. By optimizing the endless natural resources it certainly can be a smart solution in response to the phenomenon. Whether it is from utilizing sunlight, wind, and geothermal. Energy savings through the design of the building leads to savings in electricity usage, whether for air cooling, artificial lighting, or other electrical equipment. Utilizing unlimited natural resources such as sunlight or wind and is expected to be a solution to the use of higher electrical energy. The use of wind and geothermal turbines has long been developed abroad, but in Indonesia alone its application to the building still has not been considered, unlike the case of Solar Panel or Photovoltaic (PV) which has spread widely in the archipelago
Makassar is geographically located in the middle of the archipelago or Center Point of Indonesia and has a strategic position as the center of development, distribution of goods/services in Eastern Indonesia. In line with regional autonomy policies, local companies need to improve efficiency. The mistake becomes very complicated, when in this period of energy and economic crisis, exacerbated by the destruction of the surrounding environment, resulting in higher levels of CO2 emissions in the free air, which will impact on global warming. This energy crisis is increasingly spurring the development of new architectural concepts that are more conscious and energy efficient. By optimizing the endless natural resources it certainly can be a smart solution in response to the phenomenon. Whether it is from utilizing sunlight, wind, and geothermal. Energy savings through the design of the building leads to savings in electricity usage, whether for air cooling, artificial lighting, or other electrical equipment. Utilizing unlimited natural resources such as sunlight or wind and is expected to be a solution to the use of higher electrical energy. The use of wind and geothermal turbines has long been developed abroad, but in Indonesia alone its application to the building still has not been considered, unlike the case of Solar Panel or Photovoltaic (PV) which has spread widely in the archipelago
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