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建筑节能的现状及其分析研究 总被引:3,自引:0,他引:3
本文介绍了我国建筑节能现状,分析了我国建筑节能与发达国家建筑能耗的差距,结合当前我国建筑节能现状及其存在的问题,提出新时期我国建筑节能对策。 相似文献
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建筑节能推行合同能源管理的思考 总被引:1,自引:0,他引:1
合同能源管理是促进建筑节能的重要手段之一。本文介绍了在建筑节能领域中合同能源管理机制的应用情况,从市场环境、建筑节能服务公司、客户等方面分析目前在建筑节能领域开展合同能源管理的主要问题。结合我国建筑节能工作,提出了促进合同能源管理在建筑节能中发展的主要举措。 相似文献
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根据我国建筑节能的发展情况及出台的各项节能条例、标准,并结合各地区的建筑节能情况,从建筑节能条例、标准出发,分析了影响建筑节能效果的因素以及建筑节能的主要途径.从而提出各种改进节能措施,对目前建筑节能中遇到的问题进行了探讨。 相似文献
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着重分析了建筑节能工程建设的发展现状以及建筑节能施工管理控制的关键节点,并以此为基础对建筑节能施工中出现的各种问题进行了梳理,提出了从资质审查、过程监控、竣工验收以及节能标准和标识建设等方面入手的节能施工质量控制措施,从而为建筑节能施工质量管理与控制提供了理论参考。 相似文献
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运用 2000~2014 年建筑业相关数据,建立技术创新及基础环境与建筑业能源效率的多元回归模型,探究建筑业技术创新及基础环境对能源效率的影响,从而提高建筑业能源利用效率。研究表明:主要技术人员和 R&D 人员全时当量对能源效率的影响较大,即技术人才、创新人才是提高建筑业能源效率的关键,其中技术人才是基础环境的保障,创新人才是技术创新的核心。建筑业 R&D 人员全时当量相当少,目前技术创新对能源效率无显著影响,但从预测值及影响程度分析,技术创新能提升能源效率。中国建筑业最重要的是注重培养技术人才和创新人才,走人才强业、技术兴业之路。 相似文献
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Analysis for improved energy consumption calculation of construction sites. The energy demand of construction sites depends on a variety of factors which are characterized by a wide range and low predictability. Looking at the increasing energy costs, the need for developing an efficient energy controlling system will be required. Hereby, the interaction between construction processes and technical properties of the construction equipment marks a main challenge for the controlling of the energy costs. With the intention to make new technologies accessible for a moderate as well as cost efficient use of energy resources on construction sites, the construction company Max Bögl and the Chair of Construction Engineering and Management at the Bauhaus University Weimar developed concepts and methods, which make possible the structured collection of relevant energy‐consuming processes. Finally a Software Application has been developed, with which further development and approvement of energy management systems of construction sites have been made possible. 相似文献
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试论建筑节能法规体系建设 总被引:5,自引:0,他引:5
为了改善生存环境和保证经济的可持续发展,提出了节约能源的战略措施,分析了我国建筑节能的立法情况及存在的问题,针对我国建筑节能法规的现状和问题,探讨如何建立与完善建筑节能法规体系,为我国建筑节能的立法提供理论借鉴。 相似文献
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In 2010, the Australian residential construction sector contributed about 28% of the value of all construction and was responsible for 8% of the total energy consumption. Residential construction will continue to increase to cope with the demand due to population growth. Owing to land scarcity, construction on sloping sites has become a common construction method for residential development in Australia. This method has economic benefits but poses environmental issues as it damages topsoil, disturbs natural drainage and groundwater pathways and imposes additional stress on soil under fill. The life cycle energy consumption of the construction process is examined in relation to residential projects on sloping sites on a range of slopes and soil types in New South Wales, Australia. Forty-one detached dwellings were selected and a service life of 60 years assumed for the study. The research findings reveal that the slope for each type of soil has a positive correlation with life cycle energy consumption. As part of the onsite construction process, the results also show that the energy consumption of construction on sloping sites plays a significant factor in the life cycle energy analysis of a building. 相似文献