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A modular approach for co-simulations of integrated multi-energy systems: Coupling multi-energy grids in existing environments of grid planning operation tools

机译:集成多能源系统的联合仿真的模块化方法:在网格规划和操作工具的现有环境中耦合多能源网格

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Renewable energy sources are already the profound deliverers of electrical energy in Germany, while the problem to manage the gap between volatile prosumers and mostly user-dependent consumers are still not solved. One approach to overcome this challenge is the use of the given infrastructure of gas and district heating systems acting as buffer. However, not talking about simulating integrated multi-energy systems, especially the embedment of these in already existing systems is going to be a massive challenge in the future. In this paper, we introduce a way how systems widely used in different energy sectors can be combined and managed together. The approach follows a modular concept easily connecting well-known systems with new algorithms and model extensions. This shall be exemplified shown by creating an integrated multi-energy system consisting of an electrical and gas grid both modelled in PSS®Sincal distributed by SIEMENS.
机译:在德国,可再生能源已经成为电能的重要供应者,而解决挥发性生产者和主要依赖用户的消费者之间的鸿沟的问题仍未解决。克服这一挑战的一种方法是使用给定的天然气和区域供热系统基础设施作为缓冲。但是,不谈论模拟集成的多能源系统,特别是将其嵌入到现有系统中,将是未来的巨大挑战。在本文中,我们介绍了一种如何将在不同能源领域广泛使用的系统进行组合和管理的方法。该方法遵循模块化概念,可以轻松地将知名系统与新算法和模型扩展连接起来。这将通过创建一个集成的多能源系统来举例说明,该系统由PSS建模的电网和燃气网组成 ® 由西门子发行的Sincal。

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