能量收集与存储在智能电网中应用研究
摘 要
本文主要介绍了智能电网中能量收集、存储和管理的相关理论和应用。在能量收集方面，风力发电、光伏发电和输配电线路等技术常被采用，可利用风力、太阳能等可再生能源进行能量收集。能量储存方面，常见的技术包括电池储能、储氢等，此外还有利用氢储存和转换能源等技术。智能电网能量管理系统则可以为整个系统提供调度和监管，以便合理分配各种能源。最后，本文提出了能量收集、存储和管理的优化对策，包括实施全面监控和智能化的控制系统、采用能源互补和交互优化方案以及推广使用高效的能量利用设备等方法。
关键词：智能电网、能量收集、能量储存
Abstract
This paper mainly introduces the theory and application of energy collection, storage and management in smart grid. In terms of energy collection, wind power generation, photovoltaic power generation, transmission and distribution lines and other technologies are often used, and renewable energy such as wind and solar energy can be used for energy collection. In terms of energy storage, common technologies include battery storage, hydrogen storage, and other technologies such as hydrogen storage and energy conversion. The smart grid energy management system can provide scheduling and supervision for the whole system, so as to allocate various energy resources reasonably. Finally, this paper proposes optimization strategies for energy collection, storage and management, including implementing comprehensive monitoring and intelligent control systems, adopting complementary and interactive energy optimization schemes, and promoting the use of efficient energy utilization equipment.
Keyword: smart grid、energy collection、energy storaget
目 录
引言 1
1相关理论概述 1
1.1智能电网概述 1
1.2能量收集与存储技术概述 2
1.3智能电网能量管理系统 2
2能量收集与存储在智能电网中的应用 2
2.1风力发电的能量收集与存储 2
2.2光伏发电的能量收集与存储 3
2.3输配电线路的能量收集与存储 3
2.4低碳城市中的能量收集与存储 4
3优化应用的相关措施 4
3.1 能量收集的优化 4
3.2能量存储的优化 5
3.3能量管理的优化 5
结论 6
参考文献 7
致谢 8
摘 要
本文主要介绍了智能电网中能量收集、存储和管理的相关理论和应用。在能量收集方面，风力发电、光伏发电和输配电线路等技术常被采用，可利用风力、太阳能等可再生能源进行能量收集。能量储存方面，常见的技术包括电池储能、储氢等，此外还有利用氢储存和转换能源等技术。智能电网能量管理系统则可以为整个系统提供调度和监管，以便合理分配各种能源。最后，本文提出了能量收集、存储和管理的优化对策，包括实施全面监控和智能化的控制系统、采用能源互补和交互优化方案以及推广使用高效的能量利用设备等方法。
关键词：智能电网、能量收集、能量储存
Abstract
This paper mainly introduces the theory and application of energy collection, storage and management in smart grid. In terms of energy collection, wind power generation, photovoltaic power generation, transmission and distribution lines and other technologies are often used, and renewable energy such as wind and solar energy can be used for energy collection. In terms of energy storage, common technologies include battery storage, hydrogen storage, and other technologies such as hydrogen storage and energy conversion. The smart grid energy management system can provide scheduling and supervision for the whole system, so as to allocate various energy resources reasonably. Finally, this paper proposes optimization strategies for energy collection, storage and management, including implementing comprehensive monitoring and intelligent control systems, adopting complementary and interactive energy optimization schemes, and promoting the use of efficient energy utilization equipment.
Keyword: smart grid、energy collection、energy storaget
目 录
引言 1
1相关理论概述 1
1.1智能电网概述 1
1.2能量收集与存储技术概述 2
1.3智能电网能量管理系统 2
2能量收集与存储在智能电网中的应用 2
2.1风力发电的能量收集与存储 2
2.2光伏发电的能量收集与存储 3
2.3输配电线路的能量收集与存储 3
2.4低碳城市中的能量收集与存储 4
3优化应用的相关措施 4
3.1 能量收集的优化 4
3.2能量存储的优化 5
3.3能量管理的优化 5
结论 6
参考文献 7
致谢 8
