This paper gives an overview of models for hydro power scheduling and market simulation developed at SINTEF Energy Research. All of the models are in operative use by power producers, transmission system operators, consultants and regulators operating in the Nordic power market. Several of the models have been adapted to use of parallel processing to decrease computation time. The paper gives an overview of existing models where parallel processing has been applied. Finally future challenges and the need for higher level of parallelization are discussed and exemplified by two new models for power market simulation that use two level parallelization. Both of these models have the potential for efficient utilization of hundreds or even thousands of processors (or cores) and can be run on large compute clusters.
展开▼
机译：本文概述了由SINTEF Energy Research开发的水电调度和市场仿真模型。北欧电力市场上的电力生产商，输电系统运营商，顾问和监管机构正在使用所有这些模型。某些模型已适应使用并行处理以减少计算时间。本文概述了已应用并行处理的现有模型。最后，讨论了未来的挑战以及对更高级别并行化的需求，并通过两个使用两级并行化的电力市场仿真新模型来举例说明。这两种模型都有可能有效利用数百甚至数千个处理器（或内核），并且可以在大型计算集群上运行。
展开▼
