摘要
超导磁储能技术在未来智能电网的快速、高效、智能化能量调控中具有重要的应用前景。为推进此技术的实用化研究,构建了基于电路-磁场-超导体耦合分析原理的能量交互仿真模型,开发了能量交互实验测试平台,在超导磁储能系统中友好地桥接了应用超导领域和电气工程领域。在总结超导磁储能技术研究现状的基础上,提出了面向低温液氢燃料电池汽车应用、低压直流微型电网应用及未来智能电网应用的新的实用系统方案设计及可行性分析,展望了超导磁储能系统在未来智能电网的发、输、配、用电环节中的核心应用模式和重要应用前景。
Superconducting magnetic energy storage （SMES） technologies have significant application prospects in fast, efficient and intelligent energy management of future smart grids. A novel SMES energy interaction model and its mutual experimental device are presented by using the circuit-field-superconductor coupled analysis principle, which friendly links the applied superconductivity field and the electrical engineering field by one SMES device. For the feasibility studies of SMES frontier applications based on the ad- vanced SMES development and application status, SMES - based liquid hydrogen powered fuel cell electric vehicle and SMES - based low - voltage direct-current micro grid are fulfilled, practical system scheme design and feasibility analysis of smart grid application are presented, and integrated application prospects in the power generation, transmission, distribution and utilization subsystems of future smart grids are forecasted.
出处
《南方电网技术》
北大核心
2015年第12期44-57,共14页
Southern Power System Technology
关键词
超导磁储能
电路-磁场-超导体耦合分析
液氢燃料电池汽车
低压直流微型电网
电网能量调控
智能电网
超导智能电网
superconducting magnetic energy storage
circuit-field-superconductor coupled analysis
liquid hydrogen powered fuel cell electric vehicle
low-voltage direct-current micro grid
energy management of power grid
smart grid
superconducting smart grid
