EnergySaving相关论文
通过对新钢8#烧结机主抽风机变频改造项目的介绍，讨论了烧结主抽变频节能技术的开发与应用，为今后烧结主抽风机变频节能技术推广提供......
为了有效保证矿井下开采工作的安全性、稳定性和经济性，需要充分重视井下各种设备的节能控制工作。本文以矿山开采过程中，极为常用的......
To reduce the energy consumption of the electrolytic hydrogen generation process,we propose a novel approach to generate......
Energy availability in Egypt is one of the major problems that confront the government.Energy consumption in residential......
针对冬冷夏热地区气候特点，围绕既有建筑节能改造，从基本假设、约束条件、模型参数、目标函数四个方面构建节能与经济效益分析模型；同......
Thermal insulation coating can effectively prevent solar radiation into the coating and substrate in the zero-energy con......
Fast Removal of Dye from Wastewater by Combination of Biosorption and Visible Light Photocatalytic D
Purification of wastewater containing dyes just by photocatalytic degradation under visible light irradiation is usually......
Buildings have become one of the fastest growing energy consuming sectors,and facing the rapid economic development,urba......
On Measurement of the Contribution of Renewable Energy to Energy Saving and Emission Reduction in Ch
Taking the energy dilemma in China as the starting point, this paper firstly analyzes the energy crisis which has become......
As more and more people across the world adopt subways as their primary mode of transportation,the energy consumption ha......
Research on Energy Saving and No Cross Contamination Characteristic for Rotary Type Total Heat Excha
Because a rotary total heat exchanger can recover both the sensible heat and the latent heat of air-conditioning exhaust......
Exploration and Practice of Integrated Control & Management Mode of the Hydro Plant Group along Wuji
Aiming at the fact that cascading hydro power plants along Wujinag River were operated individually,this paper proposes ......
Research of Centralized Power Equipment and Environment Monitoring System on Energy Saving and Emiss
With the continuous development of communication networks and the national slogan of "energy saving and emission reduct......
提出“防排结合,以排为主；钢筋混凝土主体防水(刚性防水),植被养护;上下通汽,有水排水,有汽通汽”的绿色生态呼吸屋面设计新理念.在......
An Insight Towards Sustainability in Urban Building Construction:Natural Ventilation and Thermal Env
Rapid modern urbanization in China is evidenced by a substantial development of densely populated medium to high-rise bu......
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Energy service is an effective way to promote energy conservation by market mechanisms,including energy saving services,......
Among diverse anthropogenic activities,the energy consumption of urban sectors is the major contribution of CO2 emission......
A multi-objective reinforcement learning algorithm for deadline constrained scientific workflow sche
Recently,a growing number of scientific applica-tions have been migrated into the cloud.To deal with the prob-lems broug......
Nowadays,the interest in hybrid vehicles is constantly increasing,not only in the automotive sector,but also in other tr......
This paper introduces a novel solar-assisted heat pump system with phase change energy storage and describes the methodo......
RO membrane technologies have achieved great progress in last 50 years.In seawater RO desalination field,energy saving a......
针对我国西北地区丰富的太阳能资源及气候特点,提出了在西北地区铁路旅客站房暖通空调设计中采用太阳能—地源热泵采暖系统、蒸发......
针对新广州火车站空调设计特点、空调负荷特征,展开空调冷冻水动态预测控制技术、基于制冷机组效率特性的群控技术、空调系统变流......
A feasibility study was carried out on developing a centralized data management system (CDMS) for a cluster of distribut......
公共建筑能源管理系统建设有完善的规范体系标准,是建筑节能减排措施的验证依据,有着良好的经济效益、管理效益和社会效益。本文结......
对某石化公司800 kt/a丙烷脱沥青装置导热油炉热运行现状及低效原因进行了系统分析,在此基础上提出了空气预热系统采用板式空气预......
无机纤维喷涂保温是一种新型环保矿物纤维类防火材料，由无机纤维和水基型胶粘剂经过搅拌后，通过空压泵进行喷涂，与雾化水混合喷到需要......
论述加热炉的几种优化控制方案，通过传统控制方案和优化控制方案的比较，说明优化控制能够在满足工艺要求，保证设备安全的前提下，降低加......
介绍了国内外对于辐射供暖几方面的研究，包括辐射供暖定义及主要特征，辐射供暖的分类，辐射体的位置与温度，辐射供暖系统的传热性质、新......
对化工行业中常用的3种主要类型热泵的优、缺点进行比较和分析,通过综合3种热泵的优点,提出热机、热泵合二为一的连体热机-热泵构......
介绍了用专门设计的新一代翼型对纺织空调风机进行节能改造前后风机性能的现场对比测试情况，表明：纺织风机经翼型改进后，风机的全压，流......
介绍了一种自行研制的推杆式锤片热处理炉。该装置结构合理，节能显著，造价低廉，工艺再现性好，劳动强度低。......
介绍原料气增湿系统的开发经验及其节能、增产、环保作用，研讨持续发展的余地。...
文章主要介绍了磁性衬板的工作原理、材料、性能,以及大型滚动轴承的使用。...
磨矿是矿山生产中能耗最高的工序，提高磨矿分级技术水平对于矿山有重要意义。本文从强化预选、多碎少磨，应用耐磨材料和强化分级三个......
本文给出列车节能操纵关键方程的基础上，对优化型运行方案给出不同的算法，并对不同的算法进行比较。......
从节能照明设备的选用、如何提高灯具的照明效率和照明控制维护等方面论述了“绿色照明”工程实施的途径，并着重探讨了“绿色照明”......
新余钢铁有限责任公司小方坯热送热装工艺经过两个多月的实践证明，该方案投资少，工艺合理，热送热装率为７０％，热装温度达到６００℃以上。......
灞桥热电厂一次风机噪音大、风机运行效率低,挡板开度较大时超电流,对运行调节及安全极其不利且污染环境.采用后弯高效风机、改变......
针对目前火力发电厂锅炉风机在设计选型时参数裕量选取较大,运行时风门开度较小(对入口调节器调节)或低转速运行(调速运行方式),风......
采用ＳＴＤ总线微机配备新型交流大电流测量装置构成电石炉控制系统，可取得显著的节能效果．给出了控制系统的硬件结构及Ｉ／Ｏ接口电路，论述了冶炼......
通过对不同地点、不同类型窗净得热量的计算分析，指出窗户的面积窗墙比应根据窗户的净得热量计算结果而定。若窗户净得热量为正，则窗......
介绍了一种以交行业车辆维修时使用的新型金属清洗剂，与原来的清洗剂相比，新型清洗剂具有高效、使用温度低、节能、防锈、无污染等优......
对锅炉憋压/节流运行技术提高热网运行效率的方法给予了详细的阐述，它产生于塔里木油田某转油站，并成功地应用于该油田的其它转油站......
本文介绍了扬州石油化工厂1万 t／a聚丙烯装置开工3年来采用先进技术和设备进行技术改造的情况。改造后,装置能长周 期安全平稳运行,......
论述陶瓷生产车间照明的总体设计、照明节能的要求以及自动控制...
能量具有量的守恒性和能质的不守恒性,即同时遵循热力学第一定律、热力学第二定律.热平衡分析法以第一定律为基础,仅对能量的数量......
锅炉憋压运行技术的关键在于提高锅炉的运行参数,使其尽量在额定负荷下运行,以达到较高的热效率,对高出力低负荷热水系统采用了热......
凝结水泵为汽轮机主要耗电辅机之一，本文主要通过对凝结水泵变频改造后系统和运行方式进行进一步优化，达到节能和提高机组经济性的目......
