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Long term expansion planning of the Brazilian generation system using dynamic systems

机译:使用动态系统的巴西发电系统的长期扩展计划

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This work has been conducted in order to develop a Generation Expansion Planning model based on Dynamic Systems to come up with a new approach to be applied to the Brazilian generation system regarding the one currently used. Moreover the new model intends to become a flexible tool to evaluate scenarios regarding the power sector evolution. Dynamic Systems have a wide range of applications. The use of these tools has been gaining success in the power sector by their ability to observe and model interdependences and feedbacks between the different system variables. This kind of approach was then implemented in many power systems. The work is introducing new features to this approach based on specific characteristics of the Brazilian Power System, namely: the large penetration of hydropower and the possibility of energy storage; seasonality of power generation; existence of electricity submarkets with transmissions constraints between them. The results obtained so far show that the Dynamic System developed can represent in good conditions the main features of the Brazilian system, whereas it identifies and correctly shows patterns of water management and energy prices that comply with the reality. These results show that the approach under development can become a valuable asset for both public entities that perform long-term plans and for power system agents.
机译:进行这项工作是为了开发基于动态系统的发电扩展计划模型,以针对当前使用的发电系统提出一种适用于巴西发电系统的新方法。此外,新模型旨在成为一种灵活的工具,用于评估有关电力行业发展的情景。动态系统具有广泛的应用范围。这些工具的使用已经能够在电力部门获得成功,因为它们具有观察和建模不同系统变量之间的相互依存和反馈的能力。然后在许多电源系统中实施了这种方法。根据巴西电力系统的特定特征,这项工作正在为这种方法引入新的特征,即:水电的广泛普及和储能的可能性;发电的季节性;电力子市场之间存在传输约束的存在。到目前为止获得的结果表明,开发的动态系统可以在良好的条件下代表巴西系统的主要特征,而它可以识别并正确显示符合实际情况的水管理和能源价格模式。这些结果表明,正在开发的方法对于执行长期计划的公共实体和电力系统代理而言,都可以成为宝贵的资产。

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