在“双碳”目标的推动下，我国电力系统正经历深刻变革。随着电力电子电源大规模接入，系统稳定性问题日益突出，呈现多种稳定深度耦合、元件群体行为不可预测的突出特征。针对上述问题系统分析了现行电力电子电源并网管理中基于“黑盒”的外特性管理模式、并网检测体系、仿真建模准确性等方面存在的局限性，并借鉴国际先进经验，研究提出以并网控制框架标准化和模型透明化为核心的新型并网技术管理体系，从并网控制框架及参数整定方法标准化、并网标准修编、并网测试和仿真建模、数字化监测及市场激励等方面提出系统性改进措施。通过这些变革，有望推动并网管理由被动适应转向主动深度协同，提升新型电力系统的安全稳定运行水平。

China’s power system is undergoing a profound transformation driven by the “dual-carbon” targets. With the large-scale integration of power electronics-based resources, system stability issues have become increasingly prominent, exhibiting strong coupling among multiple stability phenomena and unpredictable collective behaviors. To address these challenges, the limitations of the existing grid integration management framework is systematically analyzed, including the “black-box” external characteristics, inadequate grid integration testing system, and insufficient modeling accuracy. Drawing on international best practices, a new management framework is proposed, centering on the standardization of grid-connected control frameworks and model transparency. Comprehensive enhancement measures are proposed, covering the development of standardized control models and parameter tuning methods, technical standard revision, grid integration testing and simulation modeling optimization, digital monitoring, and market incentive mechanisms. The proposed framework aims to transform grid integration management from passive adaptation to proactive deep coordination, thus improving the secure and stable operation of new power systems.