| 1. | Analysis of the energy consumption for operating the central heating boiler house
集中供热锅炉房运行能耗的分析 |
| 2. | Intelligent hospital not only offers convenience for patients , but also improves hospital management and saves operation consumption
摘要智能化医院在为患者提供最大限度方便的同时，可提高系统管理水平，节省运行能耗。 |
| 3. | Simulation of these models is conducted and energy optimization control strategy to attain the goal that the parking equipment runs with low energy consumption and high efficiency is proposed
由此给出了车库运行能耗的最优化控制决策，为车库的低能耗运行提供了科学依据。 |
| 4. | Advocate water - save and energy - save . popularize the sanitary implements , which have the ability of water - save . using the technology of adjusting - velocity to pump for saving the energy consumption
加大节水、节能工作力度，推广节水型生活卫生器具的应用，加快在供水工程中的水泵应用变频调速技术的进程，节省供水管网的运行能耗。 |
| 5. | In this paper , aimed at dalian youhao mansion , theoretic analysis and spot testing studing about the adopt possibility . system energy - saving design and operating energy - using of vrv heat pump air condition system are discussed
本文针对友好大厦项目，就vrv热泵空调系统冬季采暖的可行性、系统节能设计、运行能耗等方面进行了理论分析及现场测试研究。 |
| 6. | The improved system was simulated by the computer program , and the simulation results show that the system performance would be improved greatly . a closed air cycle type seawater desalination system was developed . this process use circulated air to enhance evaporate of water , with proper utilization of the latent heat of condensation of water vapor , the process efficiency could be made high
其次，本文就原有空调、除湿、海水淡化?体机进行了实验和更加详细的计算机模拟，并根据分析结果提出了一系列的改进建议，同时对改进系统的性能进行了计算机模拟，分析表明，改进后的系统淡水产量将有较大的增加，运行能耗也将降低，使系统的整体性能大幅度提高。 |
| 7. | This dissertation focus on a innovation methods for inverter controlled hydraulic elevator system applying pressure accumulator as the " pressure - energy transformer " . the required power supply and running energy can be reduced remarkably when accumulators storing and releasing pressure oil . then the key items about hydraulic speed control system based on the ens 1 - 2 and other hydraulic elevator standards are investigated in detail
本论文主要研究了采用蓄能器-液压泵马达构成的“压力-能量转换装置”来储存释放变频驱动液压电梯系统的能量，从而降低液压电梯装机功率和运行能耗的新方案；在此基础上，根据国内外液压电梯的标准进行了与速度控制相关的关键项目测试，最后针对本课题研制的节能控制系统与当前市场上几种典型的液压电梯控制系统进行了能耗对比研究。 |
| 8. | So it save much energy consumption of the air conditioning running . but the preliminary investment of the psd system is higher . in the feasibility researching phase of the subway environmental control item , it is essential to do the technoeconomics analysis and forecast of the psd system
站台屏蔽门系统在我国还是一种新型的地铁环境控制系统，它将地铁车站站台与列车运行空间隔开，避免了冷量损失，节省了大量空调运行能耗，但站台屏蔽门系统初投资较高，因此在地铁环控项目的可行性研究阶段，进行站台屏蔽门系统的技术经济分析与预测非常必要。 |
| 9. | A straight inlet baghouse which can effectively reduce energy consumption of equipment in operation and lengthen the service life of fabric bags , as well as gas flow structure in the tank body have been presented , and numerically simulating the gas flow distribution in the tank body being carried out by using calculated flow dynamics ( cfd ) method , providing a method and parameters for adjusting the gas distributing plates structure to realize reasonable flow rate distribution in the tank body
摘要介绍了能有效降低设备运行能耗、提高滤袋寿命的直通式袋式除尘器及其箱体气体流通结构，并利用cfd方法对箱体流量分配和气流分布进行数值模拟，给出了实现箱体流量合理分配的气流分布板结构调整方法和参数。 |
| 10. | Saving energy and reducing cost , the thermoeconomic synthetical problem about piping has been deeply researched by the author of this paper , the main creative research results are outlined as following : 1 the theory of optimal thermoeconomic synthetical design of a piping system has been proposed this theory solves successfully the synthetical problem among technology , energy and economy of piping , and solves successfully the coupling problem between the layout structure optimization and the parameter optimization
提出了管网系统热经济最优综合设计理论。本理论成功地解决了管网系统技术性、节能性和经济性之间的综合，成功地解决了系统布局结构优化与参数优化之间的耦合，使所设计的热网，具有运行能耗与初投资综合最小，并具有优良的技术性能。 |
