节能“同时化”管理的研究与应用

阐述工业企业节能"同时化"管理理念,并介绍其管理内容和方法。通过企业节能管理的实践,说明"同时化"管理是企业节能工作的根本出路。     

医院节能新技术应用与节能管理方案探索

为充分挖掘公共医疗机构节能减排潜力,探索新阶段医院节能工作目标,通过剖析应用节能技术以及节能管理重要性,结合某医院10年节能工作经验与教训,阐明技术节能和管理节能的内在联系,并就大型节能改造完成后,下一步节能工作开展的方式方法进行了一些总结与探讨。     

耐火材料节能化研究

针对耐火材料行业存在的高能耗问题,介绍了在节能降耗方面所做的一些工作.节能不仅要从耐火材料组织结构入手,通过降低材料热导率减少散热损失,还要考虑工业用窑炉的技术改进和废气余热利用、材料制备过程中工艺条件的选择与新工艺新技术的开发应用、废旧耐火材料的再资源化等方面,同时利用系统统筹方法,通过优化管理和参数匹配,并辅以微机管理技术对耐火材料生产过程实行最佳配置,以达到最大程度节约能量,保护环境的目的.     

节能升级停止以后

随着企业经营机制和政府职能的转换,企业被推向市场,企业节能升级工作停止了,与之相关的升级、检查、考评的文件也随之失效。此时,企业节能工作状况如何?今后企业节能工作如何深化?这是当前企业节能关注的热点。一、机械行业企业节能工作状况1.企业节能的“尚方宝剑”在过去十年中,企业节能升级加速了企业全面实施节能管理,提高了节能管理水平及企业整体管理素质。在实施相关的节能升级、考评、达标的要求中,企业组建了节能降耗保证体     

建立节能监察信息管理系统

<正>青海省节能监察总队针对辖区地域广、节能监察工作半径长的实际情况,为加强节能监察工作,提高监察质量和效果,开发建立了节能监察信息管理系统,涵盖节能监察执法管理、重点耗能企业能源管理和节能降碳公共服务等三大模块,实现省、市及企业间的数据对接。一、实现节能监察在线办公节能监察执法管理模块可以简化执法流程,助推监察工作信息     

节能增效、管理与技术创新并进——纳爱斯集团节能工作总结

公司不断追求管理和技术进步，努力降低生产成本，对节能工作高度重视，公司每年都投人大量的资金用于节能改造工作，并从管理上落实节能的各项措施，使节能工作制度化。通过管理与技术创新并进，公司在强化指标管理，降低生产能耗，节约淡水资源等方面取得了一定的成效。     

徐汇区积极推进产业节能及节能培训工作

最近,徐汇区商务委、区节能办联合组织召开"2011年徐汇区产业节能工作会议暨重点用能单位节能培训",区工业、商业及部分连锁餐饮业等37家企业的节能分管领导、节能管理和工程部负责人参加了集中培训。本次区节能培训设立工业、非工业两个分会场,分别就节能管理、节能技术、建筑节能进行专题     

节能在高校

文章根据作者在学校工作的经验,结合学校节能工作中的特点,从管理的组织机构、具体采取的节能措施、节能制度的制定、加强节能教育宣传等方面,详细介绍了在学校范围内,如何采取有效的措施,发动学生和教职员工共同开展校园节能活动,并取得了一定的成效。     

GWT节能管理网络系统在大型公共建筑节能管理中的应用

介绍了GWT节能管理网络系统的研发的条件及背景。阐述了GWT在国家机关办公建筑及大型公共节能管理中的应用。针对能源浪费的主要原因进行了归纳,对系统典型作了具体的分析。随着节能工作进一步的发展,系统的应用在节能降耗的工作中将会发挥它更大的作用,前景十分广阔。     

“千家企业节能行动”是重点用能单位节能管理的尝试

重点用能单位节能是我国节能工作的一个重点。本文以“千家企业节能行动”为例,分析了在我国开展重点用能单位节能管理工作的必要性和可行性,讨论了“千家企业节能行动”的目标制订、分解和实施过程,并提出了进一步推进“千家企业节能行动”的政策和管理建议。研究结果表明,作为重点用能单位节能管理的一个尝试,“千家企业节能行动”可为我国的节能工作做出重要的贡献,应通过各种监督管理和政策措施推动重点企业节能工作的开展。     

Cool storage for energy saving and management in Kuwait

The ambient temperatures in Kuwait have a direct impact on the total national electrical power demand pattern. Electrical energy is primarily required for comfort air-conditioning. The large-scale introduction of cool storage for energy conservation and improved energy management will reduce the needed electricity generation capacity.     

Household energy behavior in Nordic countries—an unrealized energy saving potential

We conducted survey research in the Nordic countries on household energy behavior and decision making. Several authors have concluded that there is a 10–20% conservation potential in the Nordic countries from behavioral modifications alone. Nordic energy planners have not systematically incorporated research findings on behavior in their incentive strategies for encouraging energy conservation. Further research will be necessary before Nordic energy behavior and decision-making are fully understood. Ethnographic techniques should be used to generate hypotheses followed by broader surveys of specific target groups.     

Administering energy saving: Four years on

In early 1984 the Association for the Conservation of Energy published a study entitled ‘Administering Energy Saving’, which examined the organizational structure adopted by 13 governments throughout Western Europe in order to formulate and implement energy conservation policy. This report was written against a background of a debate which was then taking place in the UK concerning the reforms necessary to improve the weak and diffuse arrangements then current, which were partly responsible for the miserable UK performance in energy efficiency, when compared to the achievements of our European partners.     

中国核电站节能减排问题研究

介绍核电发展现状及其节能减排意义,提出核电节能减排应坚持“引进、利用、改造、创新和安全”的“十字”原则,通过费用投入与节约、燃料节约、节电、节水、系统设备节能、三废处理等途径来实现。明确核电节能减排的意义和必要性,把握核电节能减排的原则,按照核电节能的正确途径实施,才能安全、合理地发展核能事业。     

Artificial intelligence implementation framework development for building energy saving

In this study, artificial intelligence (AI) control tools were developed to construct an AI implementation framework for energy saving for buildings. Although numerous AI studies related to energy conservation have been conducted, most of them have reported computing algorithms and control effects for single objects. This is the first study to use a framework to integrate five-category AI control tools to execute three-level building energy conservation; the three levels consist of equipment-level control, facility-level control, and whole building energy saving. Energy-saving effects were tested in a real building. The complex three-floor building primarily with a total area of 9072 m² serves as an office space and a semiconductor production line. Seventy percent energy consumption comes from air conditioning system and motor power. Twenty percent is lighting system and the other 10% is plug power and office automation equipment. Before implementation, the yearly energy cost reached US$1004339. In 2018, an AI implementation framework was introduced to systematically deploy AI at the site. A total of 47.5%, 37%, and 36.9% of energy was saved at equipment, facility, and whole building levels; up to US$385203 was saved. These energy savings proved the feasibility of the implementation framework. Furthermore, unmet demands of AI studies were met, and an approach to fill the research gap is discussed.     

基于建筑环境的空调系统节能分析

针对暖通空调节能的趋势 ,分析了建筑环境对暖通空调系统的影响 ,提出从建筑环境方面考虑问题是暖通空调节能的必要途径 ,概括地介绍了空调能源的发展方向和空调节能的多种手法     

Energy saving and energy efficiency concepts for policy making

Departing from the concept of rational use of energy, the paper outlines the microeconomics of end-use energy saving as a result of frugality or efficiency measures. Frugality refers to the behaviour that is aimed at energy conservation, and with efficiency we refer to the technical ratio between energy input and output services that can be modified with technical improvements (e.g. technology substitution). Changing behaviour from one side and technology from the other are key issues for public energy policy. In this paper, we attempt to identify the effects of parameters that determine energy saving behaviour with the use of the microeconomic theory. The role of these parameters is crucial and can determine the outcome of energy efficiency policies; therefore policymakers should properly address them when designing policies.     

交流电动机节能改造的几个方法

文章介绍了冶金工厂的大型交流电动机在使用的过程中,通过对交流电动机损耗进行分析,提出了采用磁性槽泥（楔）、更换节能风扇、换装新型定子绕组和采用新的绝缘材料等节能技术改造的方法,对企业电气设备管理和节能降耗工作具有一定的参考价值。     

潜油电泵变频节能分析

本文根据潜油电泵的特性曲线分析电潜泵变频调速的节能机理以及理论节能量,最后通过现场测试的电参数数据给出了潜油电泵变频调节的实际节电量。     

纤维板生产能耗指标的确定及节能措施

介绍了纤维板生产的状况及合理确定纤维板生产综合能耗指标的重要性,阐述了纤维板生产能耗的计算方法和修正系数;提出了纤维板生产企业节能降耗的有效途径。对纤维板企业加强能源管理,提高企业的能源利用效率以及减少能源的浪费都具有一定的参考价值。