Session 3: Intelligent Microgrid

Intelligent Microgrid “智能微电网”

The intelligent microgrid, as a small-scale power generation and distribution system, is composed of distributed power sources, energy storage devices, energy conversion devices, associated loads, monitoring, and protection equipment. It is capable of self-control, protection, and autonomous management, allowing it to operate both in parallel with the external grid and in isolation. The intelligent microgrid's characteristics of efficiency, flexibility, and reliability play a crucial role in enhancing the proportion of self-generation and self-consumption of new energy, alleviating grid regulation and accommodation pressures, and leading the development of new business models and paradigms for future energy systems. Domains such as building infrastructure, smart parks, ocean-going vessels, green transportation, and agricultural irrigation can deeply integrate with intelligent microgrids, coordinating diverse flexible resources to participate in the electricity market and grid operations, jointly advancing the construction of new power systems. This session invites submissions encompassing, but not limited to, topics such as intelligent microgrid planning, operation, control, and evaluation.

智能微电网作为一种由分布式电源、储能装置、能量转换装置、相关负荷和监控、保护装置组成的小型发配电系统，能够实现自我控制、保护和自治管理，既可以与外部电网并网运行，也可以孤立运行。智能微电网高效、灵活、可靠的特点，对提升新能源发电自发自用比例，缓解电网调节和消纳压力具有重要作用，引领了未来能源系统发展的新业态和新模式。建筑楼宇、智慧园区、远洋船舶、绿色交通、农业灌溉等领域可以与智能微电网深度融合，协调多元灵活性资源参与电力市场与电网运行，共同推进新型电力系统建设。本次session征稿包括但不限于智能微电网规划、运行、控制、评估等主题。