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首页> 外文会议>ISOPE-2011 Maui;International offshore and polar engineering conference >GIS Based Site Determination Model for Productive Solar Farm: A Case Study in Eski?ehir
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GIS Based Site Determination Model for Productive Solar Farm: A Case Study in Eski?ehir

机译：基于GIS的生产性太阳能农场场址确定模型：以埃斯基谢希尔为例

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It is the most known word throughout the human-being’s long journeyin this planet: ENERGY. Even now, the energy is necessity for us.The world is now in quest of new energy resources because of thedecrement of environmental energy resources. Solar energy is themost abundant permanent energy resource on earth and it is availablefor use in its direct (solar radiation) and indirect (wind, biomass,hydro, ocean etc.) forms. This commentary is limited to the direct useof solar radiation, the earth’s prime energy resource (World EnergyCouncil, 2007). It is all free and nature-friendly energy resource.Today’s technology allows us to use that sort of energy efficiently,especially for the some countries whose have high sunlightavailability. Turkey is one of the countries that are strongly exposed todirect sunlight during the year due to its geographical location. Thus,it is highly significant to utilize kind of energy effectively andefficiently. Many methods are available to produce electricity fromsolar power by using varying equipment and the latest point reached isthe solar farms. These farms are set of thousands of photovoltaic solarpanels located in order to use them to convert the direct sunlight toelectric power. In addition, a solar cell is a member of solar panel andwe bring together solar panels it constitutes solar farms. Thus, if theright place should be chosen for solar farms in order to get the abilityto produce enough electric energy for a city, a village or a specificplace where. In this study, the site selection process for a productivesolar farm in Eski?ehir discussed. Geographic Information System(GIS) is used to select and determine the suitable place to settle thesolar farm. Geographical information system is best method toanalyze and solve mentioned method. Some vital parameters are usedsuch as energy potential, land characteristics, distance to fault zone,roads, settlement etc. By overlaying these different types of spatialdata and using GIS the most suitable place to set the solar farm inEski?ehir determined. ESRI ArcGIS 10 is used to store data, queryand analyze in this study and a useful tool has been created withModel Builder tool.
机译：这是人类在地球上漫长旅程中最著名的词：能源。即使是现在，能源也是我们的必需品。由于环境能源的减少，世界现在正在寻求新能源。太阳能是地球上最丰富的永久性能源，可以直接（太阳能）和间接（风，生物量，水力，海洋等）形式使用。本评论仅限于直接使用太阳辐射（地球的主要能源）（世界能源理事会，2007年）。完全是免费的，自然友好的能源。今天的技术使我们能够有效地使用这种能源，特别是对于某些阳光充足的国家。由于地理位置，土耳其是一年中受到强烈阳光直射的国家之一。因此，有效，高效地利用一种能源具有十分重要的意义。通过使用不同的设备，可以使用多种方法来从太阳能发电，而最接近的目标是太阳能农场。这些农场设置了成千上万个光伏太阳能电池板，以便使用它们将直接的阳光转换为电能。此外，太阳能电池是太阳能电池板的成员，我们将构成太阳能农场的太阳能电池板集合在一起。因此，如果应该为太阳能农场选择合适的地方，以便能够为城市，村庄或特定地点产生足够的电能。在这项研究中，讨论了埃斯基谢希尔一个生产性太阳能农场的选址过程。地理信息系统（GIS）用于选择和确定安置太阳能农场的合适地点。地理信息系统是分析和解决上述方法的最佳方法。使用一些至关重要的参数，例如能量潜力，土地特征，到断层带的距离，道路，沉降等。通过覆盖这些不同类型的空间数据并使用GIS，最合适的位置来确定埃斯基谢希尔的太阳能发电场。 ESRI ArcGIS 10在此研究中用于存储数据，查询和分析，并且已使用模型构建器工具创建了一个有用的工具。

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