Reason of higher heat consumption rate of 150MW steam turbine and countermeasures
150MW汽轮机组热耗率高的原因及对策
The economic analysis and comparison of two modes show that the use of steam-driven feed pumps in 200 MW and larger units can reduce net heat consumption rate and increase the output of the unit.
文章通过对汽动方案与电动方案进行经济性对比分析, 得出了对于200 MW以上的机组,小汽轮机驱动给水泵节约了厂用电,降低了发电净热耗率,增大了主机的出力,降低了综合成本煤耗率,使机组的运行经济性得到了明显提高。
Through the technical modernization of LPturbine,to reduce the heat consumption rate about 282.
分析漳泽发电厂K—215—130—1型汽轮机热耗大、经济性差的原因,通过低压缸技术改造,在额定工况下可降低整机热耗率约282。
Reason of higher heat rate of the 600 MW supercritical turbine
600MW超临界汽轮机热耗率偏高的原因分析
According with ASME standard,from benchmark flux choose,the influence of system inner-leakage and outer-leakage,causes are analyzed on errors of the heat rate results in power plant process report,also countermeasures are put forwards.
根据ASME标准,从基准流量的选择,系统工质内漏、外漏的影响等方面,对发电企业生产报表中热耗率计算结果存在偏差的原因进行了详细的分析,并给出改进建议。
From the aspects of the reference flow, internal leak-off flow and external leak-off flow of unit, the root of the approximate results in heat rate calculation is analyzed, and the suggestion to improve advice is given.
发电企业生产报表中热耗率指标的计算缺乏明确标准依据,其计算结果的近似性是导致发电厂正、反平衡煤耗数据不统一的重要因素之一。
Measuring Gaseous Fuel Engine Gas Loss Rate and Heat Loss Rate by Using the Volume Method
体积法测量气体燃料发动机气耗率和热耗率
Reason of higher heat consumption rate of 150MW steam turbine and countermeasures
150MW汽轮机组热耗率高的原因及对策
Analysis on Heat Rate Calculation in Power Plant Process Report;
发电企业生产报表中热耗率计算的分析
Reason of higher heat rate of the 600 MW supercritical turbine
600MW超临界汽轮机热耗率偏高的原因分析
Heat Rate Regression Analysis Based on Partial Least Squares Algorithm
基于偏最小二乘算法的热耗率回归分析
Design of On-Line Monitoring System for Heat Rate of Generating Unit Base on Internet
基于Internet的发电机组热耗率在线监测系统设计
This article introduces the general concepts of gaseous fuel engine gas loss rate and heat loss rate, and puts forward some problems to be paid attention to in volume measurement.
介绍气体发动机气耗率和热耗率的基本概念,提出了体积法测量中应注意的问题。
Combined Uncertainty Analysis in Turbine Heat Rate Measurement Based on Virtual Distribution Sample
基于虚拟测量样本的汽轮机热耗率测量不确定度评定
Less power loss and minimum thermal effect to peripheral components.
功率损耗低,对周边设备的热影响低.
The Research on Thermal Property and Magnetic Hysteresis Loss of Giant Magnetostrictive Materials in Power Ultrasound Transducer
超磁致伸缩功率超声换能器磁滞损耗及热分析
Measurement of loss and efficiency for large AC electrical machines by the calorimetric method
GB/T5321-1985用量热法测定大型交流电机的损耗及效率
Hot metal charging in the UHP EAF and relative new technology in saving energy
淮钢超高功率电炉使用铁水热装及节能降耗新技术
Research on the Characteristics of Low Power, High Efficiency Non-transferred Arc Plasma Spraying;
低能耗、高效率非转移弧热等离子喷涂特性的研究
While the benefits of overheating are specific to the module, the cost-heat buildup-is cumulative to the rack that the module resides in, which has a fixed heat dissipation rate.
过热的副作用具体到模块（装备），热量的消耗、产生和堆积在机架的内部有一个固定的散热率。
conduction loss bolometer
导热损耗测辐射热计
Discussion on the Relations of the Indoor-unit Operating Ratio and Load Ratio to the Energy Consumption of DVM System in Winter
数码涡旋多联机空调系统开机率和负荷率与冬季制热能耗特性的关系探讨
To cause to lose(energy, such as heat) irreversibly.
消耗，使耗散不可逆地失去（能量，如热）
Decrease of coal consumption by application of total consumption control method;
应用全面消耗管理法降低热电厂煤耗