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The flexibility requirements for power plants with CCS in a future energy system with a large share of intermittent renewable energy sources

机译:在未来的能源系统中具有CCS的发电厂的灵活性要求,具有大量间歇性可再生能源

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This paper investigates flexibility issues of future low-carbon power systems. The short-term power system impacts of intermittent renewables are identified and roughly quantified based on a review of wind integration studies. Next, the flexibility parameters of three types of power plants with CO2 capture are quantified, and used in a power system model of The Netherlands to determine the technical and economic feasibility. We find that coal-fired power plants with CO2 capture achieve higher load factors and short-term profits than gas-fired plants in future power systems, and that those coal-fired plants are flexible enough to balance high levels of wind power.
机译:本文调查了未来低碳电力系统的灵活性问题。基于对风集成研究的综述,确定并大致量化了间歇可再生能源的短期电力系统影响。接下来,量化CO2捕获三种类型发电厂的灵活性参数,并用于荷兰的电力系统模型,以确定技术和经济可行性。我们发现具有CO2的燃煤发电厂捕获比未来电力系统中的燃气植物更高的负载因子和短期利润,并且那些燃煤厂的灵活性足以平衡高水平的风力。

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