1) peaking capacity benefits
调峰容量效益
2) Benefit Hump Modulation
调峰效益
3) Peak regulation capacity
调峰容量
4) capacity benefit
容量效益
1.
Research of power-generating dispatching and capacity benefit of Three Gorges Hydro-power Station in electricity market environment;
电力市场环境下三峡水电站发电调度及容量效益分析
2.
The electric capacity benefit of the Three Gorges Hydropower station at water storage level 135 m in the situation of cofferdam is decided by the balance of electric power and electric quantity of electric power system during dry season of year,and also decided by the most low water level to open up of downstream the third river channel of Gezhou Dam.
三峡电站蓄水位135m围堰发电的容量效益,决定于其供电系统设计负荷水平年份枯水期的电力电量平衡,以及下游葛洲坝三江航道的最低通航水位。
5) peak-regulation proportion
调峰容量比
1.
Determination of pumped-storage plant capacity with peak-regulation proportion;
结合系统调峰容量比确定抽水蓄能机组装机容量的方法
6) CBM
容量效益裕度
1.
Capacity benefit margin(CBM)is evaluated and optimized via an iterative method based on a presumed generation reliability level when the available transfer capability(ATC)is calculated.
目前在求解可用输电容量(ATC)时,容量效益裕度(CBM)的评估是根据预先设定的某一发电可靠性水平多次计算可靠性,进行迭代优化。
补充资料：峰容量
分子式：
CAS号：
性质：对给定色谱体系和操作条件，在一定时间内，最多能从色谱柱洗出达到一定分离度的色谱峰个数。峰容量决定于色谱柱理论塔板数和最后一个峰的保留时间与死时间之比。提高色谱柱理论塔板数，提高柱内固定相体积，降低相比，均会使峰容量增加。
CAS号：
性质：对给定色谱体系和操作条件，在一定时间内，最多能从色谱柱洗出达到一定分离度的色谱峰个数。峰容量决定于色谱柱理论塔板数和最后一个峰的保留时间与死时间之比。提高色谱柱理论塔板数，提高柱内固定相体积，降低相比，均会使峰容量增加。
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参考词条