英语翻译Table 2 describes the summary of our case studywhich the

英语翻译
Table 2 describes the summary of our case study
which the worst case appeared when there is no arrester
installed,since 35 kA of lightning current level has
already caused the transformer to breakdown.The best
option is to comprise at least one surge arrester in the
system to protect the transformer and for the case when
only SA1 was installed (Case iii),it is the best arrester
placement option in order to ensure the voltage level at
service transformer within the safety margin in the
presence of unpredicted very high transient current level
injection.The voltage has been clamped to safety level
earlier at the substation entrance as to protect the first
equipment that is the capacitive voltage transformer.As
the voltage propagates through the system,it is observed
that the voltage is still within the safety margin although
maximum current is injected to the system.
The modeling concept and parameter selection to
model a substation were presented for the simulations of
substation performance in order to investigate the failure
probability of crucial component in the substation.The
validation of the result was earlier compared with
previous work done by Savic and Stojkovic to make sure
the model was valid.The results showed that the default
arrangement of TNB substation (Case i) was over
protected which the cost of implementation of such
arrangement is high.The placement of arrester is
crucially needed in order to optimize the substation
performance in term of its reliability and cost effective.It
was suggested that the arrester was best suited for
optimized performance if it was installed at the substation
entrance compared to towards the end of substationconnection that was near the service transformer,since
the first arrester could deal with and maintain the voltage
level within safety range even though with a high current
injected.Since the risk of vandalism and mugging
activities of TNB equipment was reported to be really
critical in recent days,therefore,such optimized
substation design is considerably needed in order to have
a more cost effective station as well as reducing the risk
of reckless behavior by irresponsible public and at the
same time maintaining the reliability of the station in the
presence of stresses to the system.
不能用金山词霸等软件机械的翻译，起码得读的通顺啊。

Table 2 describes the summary of our case study
表2为对我们所研究案例的总结,从中我们知道未安装
which the worst case appeared when there is no arrester
避雷器的案例是最不可取的一个,
installed,since 35 kA of lightning current level has
因为35kA的雷电流足以致使变压器损坏.
already caused the transformer to breakdown.The best
最佳选项为系统中包含有至少一个过电压吸收器以保护变压器,
option is to comprise at least one surge arrester in the
以及安装了SA1的案例(Case III),
system to protect the transformer and for the case when
only SA1 was installed (Case iii),it is the best arrester
这是避雷器安装的最佳方案,
placement option in order to ensure the voltage level at
此方案在有不可预测地极高但短暂的电流突现时,也能最
service transformer within the safety margin in the
大限度地保证变压器上的电压水平在安全极限内.
presence of unpredicted very high transient current level
injection.The voltage has been clamped to safety level
为保护第一级设备诸如电容式电压互感器之类,
earlier at the substation entrance as to protect the first
变电站提早将入场电压锁定在安全水平上.
equipment that is the capacitive voltage transformer.As
the voltage propagates through the system,it is observed
由于电压将在整个系统中传输,须实时监测电压是否在正常范围内,
that the voltage is still within the safety margin although
即使有峰值电流突现.
maximum current is injected to the system.
The modeling concept and parameter selection to
为研究变电站关键元器件发生故障的可能性而进行的变电站
model a substation were presented for the simulations of
运行模拟实验所涉及的模型概念以及建立此模型的参数选择等问题,
substation performance in order to investigate the failure
本文都有所阐述.
probability of crucial component in the substation.The
validation of the result was earlier compared with
实验结果的可信度要与先前由Savic和Stojkovic得出的结果进行比较
previous work done by Savic and Stojkovic to make sure
以确定模型有效.
the model was valid.The results showed that the default
该结果显示TNB变电站(CaseI)的常
arrangement of TNB substation (Case i) was over
规设置实为过当保护,
protected which the cost of implementation of such
致使其运行费用居高不下.
arrangement is high.The placement of arrester is
避雷器的安装必不可少,还要充分考虑其可靠性和成本等因素,
crucially needed in order to optimize the substation
达到优化变电站运行的目的.
performance in term of its reliability and cost effective.
It was suggested that the arrester was best suited for
较之安装在变电站输出端靠近工作变压器的避雷器相比,
optimized performance if it was installed at the substation
将避雷器安装在变电站的输入端是一种最佳的选择,
entrance compared to towards the end of substation connection that was near the service transformer,since
因为第一级避雷器足够承受并能将电压维持在安全范围之内即使有大电流突现.
the first arrester could deal with and maintain the voltage
level within safety range even though with a high current
injected.Since the risk of vandalism and mugging
鉴于最近关于TNB设备的肆意破坏及偷盗事件的报告有增无减,因此,
activities of TNB equipment was reported to be really
critical in recent days,therefore,such optimized
此种优化变电站的设计非常有必要,使电站的成本更低,降低由不负责任的
substation design is considerably needed in order to have
公众造成无可挽回的后果的风险,同时保证在有(供电)压力
a more cost effective station as well as reducing the risk
of reckless behavior by irresponsible public and at the
出现时仍能维持电站的高可靠性.
same time maintaining the reliability of the station in the
presence of stresses to the system.