互联电网的调峰调频问题与联络线调整密切相关。
Close is the correlation between frequency regulation, peak load and tie-line regulation in the interconnected power system.
交流联网可能会带来互联电网的动态稳定性问题。
The dynamic stability of the interconnection grids would be affected by AC interconnection.
早期的简单负荷模型已经不能满足当前互联电网稳定计算的需要。
The early simple load model can not meet the need of stability computation of present interconnected network.
随着我国跨区互联电网的建成，连锁故障可能成为危及我国电网安全的新问题。
When cross-region power network in our country is accomplished, cascading failures will possibly become a new question that endangers power system security.
本文对潮流计算中互联电网各区域间的联络线功率控制的模拟计算方法进行了研究。
This paper studies the simulation method of tie line power flow control among areas of an interconnected network in load flow calculation.
在广域动态信息条件下，使互联电网的安全稳定紧急控制系统的快速、有效控制的实际应用成为可能。
With wide area dynamic information, the fast and effective control by inter-connected power system security, stability and emergency control system becomes possible.
高压直流输电(HVDC)由于其许多独特的优点，在远距离输电和大型互联电网中起着很重要的作用。
Due to its distinct advantages, HVDC plays an important role in long distance power transmission and large-scale interconnected power systems.
每个提案都涉及对互联电网的全面规划，也在不同程度上扩大了FERC在新的大型项目选址和成本分配方面的权力。
Each would require comprehensive plans for the interconnections, and would, to varying degrees, expand FERC's authority to locate big new projects and allocate their costs.
通过两区域互联电网仿真实验，同其他频率偏差系数的设定方式进行了分析和比较，其结果表明了该方法的优越性。
Compared with other bias Settings in two-area interconnected power system model, the simulative results indicate the superiority of the proposed technique.
这是2011年电网互联的价格。
这些试验涵盖多种不同的应用，如：互联网热点接入，智能电网，水质量控制和医疗应用。
These trials have covered different USES, such as hot zones for Internet access, smart grid, water quality control and healthcare applications.
也就是说，曾经只有网络应用软件才把它们事业存活的赌注押在互联网上，但是，现在这种风险只比把赌注押在电网上高一点点。
The point is, it used to be only web applications betting their business existence on the internet. However, now it carries only a bit more risk than betting your company on electricity.
尽管通常把智能电网比作能源互联网，但两者有一个重要区别。
Although smart grids are often likened to an Internet for energy, there is one important difference.
2010年，更多的黑客将攻击互联网，因为越来越多的关键基础设施如电网将实现网络互连。
In 2010, more hackers will be attacking the Internet because more critical infrastructure like the electric grid will be online.
你知道，这包括桥梁，公路，高压电网，港口，飞机场以及互联网扩容等。
You know, Bridges, roads, high-voltage power lines, ports and airports, an upgraded Internet.
一旦这些问题都解决了，智能电网能为范围广泛的能源新发明和应用提供平台，如同互联网之于计算机。
Once these issues are ironed out, though, the smart grid could provide the platform for a huge range of innovation and applications in energy, just as the Internet did in computing.
很多人(包括我)可以想像智能电网里的消费者可以形成一个即时、双向网络，就和互联网一样。
Many people (myself included) have painted a picture of how the consumer piece of the smart grid could develop into a real-time, two-way communication network that looks a lot like the Internet.
手机、电脑、互联网等新技术比电网和固定电话线等老技术推广速度快。
Newer technologies, like mobile phones, computers and the Internet, are spreading faster than did older ones, like the electrical grid and telephone land lines.
大电网互联系统的频率与潮流问题。
Frequency and power flow of interconnected large power system.
一些专家日前在一份报告中警告说，未来10年内，美国的互联网或者电网可能会遭受大面积的攻击。
A devastating attack will hit the Internet or the country's electrical grid in the next decade, a majority of experts predicted in a new report.
这有益于在研究区域电网互联时，充分考虑并发挥直流输电系统应有的作用。
It is useful for considering the functions of a HVDC link in studying interconnection of regional power grids in our country.
随着我国电网互联规模的不断扩大，负荷模型对系统仿真计算结果的影响已不容忽视。
Along with the continual enlargement of power grid interconnection scale in China, the impact of load model on calculation results of system simulation cannot be neglected.
然而对大电网互联系统进行各种不同运行状态下的众多分析计算时，又往往会受到计算机容量和求解时间的困扰。
However, various calculation and analysis under different running states on large power interconnected networks meets with the problems of computer capacity and time.
而电力系统规模的不断扩大，电网互联紧密程度不断加强，系统复杂程度不断提高，系统的电压安全稳定问题却越来越突出。
But with power system enlarged, the tightness of network interlinks, and enhanced complexity degree of system, security and steady problems of voltage emergence.
互联电力系统规模不断扩大，电网关联强度不断提升，带来利益的同时，也带来复杂性。
The scale of interconnected power system is expanding, the gradual strengthening of ties in power grids has brought huge benefits, while also making complexity.
互联电力系统规模不断扩大，电网关联强度不断提升，带来利益的同时，也带来复杂性。
The scale of interconnected power system is expanding, the gradual strengthening of ties in power grids has brought huge benefits, while also making complexity.
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