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Research on New Energy Integration Capacity in Power Grid

机译:电网新能量集成容量研究

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Due to their high inter-temporal variation and intermittence, large-scale integration of the new energies, such as wind power and photovoltaic power, will pose great challenges to the safe and stable operation of power system. Analysis on gird stability and adaptability before integrating the new energy should be made. The paper investigates all kinds of restrictions and assesses each constrained capacity from the perspective of steady-state and transient voltage, frequency stability, cross-section transmission limit and peak load regulating capacity, respectively. Then the comprehensive evaluation on the capability to accommodate new energy for a power grid is accomplished. Take a practical grid for example, its accommodation capacity for new energy is calculated based on the above-mentioned method, which provides a theoretical basis for the grid to accommodate new energy and planning and construction of new energy.
机译:由于其高间断间变化和间断,新能量的大规模集成,如风力和光伏电源,将对电力系统的安全和稳定运行构成巨大挑战。 应在整合新能源之前进行丝带稳定性和适应性分析。 本文调查各种限制,并分别从稳态和瞬态电压,频率稳定,横截面传输极限和峰值负荷调节能力的角度评估每个约束的容量。 然后,实现了适应电网新能量的能力的综合评价。 采用实用的网格,例如,基于上述方法计算新能源的容纳能力,该方法为电网提供了一种提供了新能源的理论依据,以适应新能源的新能源和规划和建设。

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