1) interconnected power systems
互联电力系统
1.
Decentralized robust control of a class of overlapping interconnected power systems;
一类重叠互联电力系统的分散鲁棒控制
2.
In order to study the long-term frequency and voltage dynamics of interconnected power systems under cascading events,this paper suggests an appropriate mathematical model and its simulation algorithm with the network structure preserved.
为了研究互联电力系统在级联事件下的频率和电压长期动态特性及其控制,提出了一种网络结构保留的多区域互联系统长期动态仿真模型和算法。
3.
Due to the evolution of interconnected power systems, the existing control performance assessment criteria cannot meet the demand and a new criteria that more suitable for the network structure and control demand is needed.
随着互联电力系统的发展,已有的控制性能评价标准已不能满足要求,迫切需要制定更加适 合现有控制要求和网络结构的新标准。
2) interconnected power system
互联电力系统
1.
Robust connective stability analysis for a class of interconnected power systems;
一类互联电力系统的鲁棒联结稳定性分析
2.
Special decompositions of interconnected power systems;
互联电力系统的特殊结构分解
3.
In the long-term dynamics of large-scale interconnected power system(LIPS),some crises may occur due to the slow-frequency dynamics and the slow-voltage dynamics.
大规模互联电力系统(LIPS)在长期动态中由于频率和电压的慢动态可能引发生存性危机,最终造成一些大停电事故。
4) HVDC/AC power systems
交直流互联电力系统
5) overlapping interconnected power system
重叠互联电力系统
1.
Improved approach to decentralized LQ optimal control design for two-area overlapping interconnected power systems;
两区域重叠互联电力系统分散LQ最优控制方法的改进
6) operation of interconnected power systems
互联电力系统运行
补充资料：北欧各国电力系统互联
北欧各国电力系统互联
interconnection of elec-tric power systems in north Europe
be一ou ge guod一onl.x一tong hul旧n北欧各国电力系统互联(interconneetion ofelectrie power systems in north EuroPe)丹麦、芬兰、冰岛、娜威、瑞典等北欧国家的电力系统通过联络线相互连接.实现电能的交换. 电力系统的现状北欧电力联合组织(NordicOrgani:ation for Eleetrie Power Cooperation，NORDEL)建立于1963年，由丹麦、芬兰、冰岛、娜威和瑞典5国组成。全电力系统及各国1997年的电力概况如表1所示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条