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3-D Simulation for Geothermal Reservoirs and Weather Prediction

机译：地热储层的3-D模拟和天气预报

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Iceland has the unique distinction of being the only country in the world using geothermal energy as its main energy resource for everything from central heating to growing bananas. With more than 50% of the primary energy production in Iceland coming from geothermal energy, the study of geothermal reservoirs is a top priority for the IEA. By simulating the behavior of geothermal reservoirs, the IEA can determine the best location to build geothermal power plants to optimize energy production. In addition to reservoir simulations, the IMR needed a super-computing solution to simulate atmospheric conditions in Iceland that trigger events such as heavy precipitation and strong windstorms. With these simulations, the IMR would be able to determine weather patterns between observation sites and predict how the local climate will behave in the future. "In order to harness geothermal energy in the most cost-effective way, one needs to gain the best possible image of the reservoir," Ola-fur Roegnvaldsson, CEO of IMR, told Advanced Imaging. "We needed a powerful supercomputing solution that could produce high-quality simulations quickly, and be easy to manage and cost-effective."
机译：冰岛的独特之处在于，它是世界上唯一使用地热能作为其主要能源的国家，从地热到种植香蕉的一切活动都如此。冰岛的一次能源生产中有50％以上来自地热能​​，因此对地热库的研究是IEA的首要任务。通过模拟地热储层的行为，IEA可以确定建造地热发电厂以优化能源生产的最佳位置。除储层模拟外，IMR还需要一种超级计算解决方案来模拟冰岛的大气条件，从而触发诸如强降雨和强风暴等事件。通过这些模拟，IMR将能够确定观测站点之间的天气模式，并预测未来当地气候的表现。 IMR首席执行官Ola-fur Roegnvaldsson告诉Advanced Imaging：“为了以最具成本效益的方式利用地热能，人们需要获得储层的最佳图像。” “我们需要一个功能强大的超级计算解决方案，该解决方案可以快速生成高质量的仿真，并且易于管理且具有成本效益。”

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