首页> 外文期刊>International Journal of Innovation Management >FACTORS ENABLING AND INHIBITING SUSTAINABLE TECHNOLOGIES IN CONSTRUCTION: THE CASE OF ACTIVE SOLAR HEATING SYSTEMS
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FACTORS ENABLING AND INHIBITING SUSTAINABLE TECHNOLOGIES IN CONSTRUCTION: THE CASE OF ACTIVE SOLAR HEATING SYSTEMS

机译:启用和禁止建筑中可持续技术的因素:主动式太阳能供暖系统的案例

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The domestic building sector across Europe accounts for around 40% of total energy consumption. Mitigation strategies for greenhouse gas emissions have focused on improving the energy efficiency of buildings, both in terms of electricity use and space heating. In addition to improving the thermal properties of the building envelope and developing mechanisms to encourage energy conservation, the use of new energy technologies in new build and retro-fit residential buildings has the capacity to reduce significantly energy consumption. Active solar heating (ASH) systems are one such technology, suitable for widespread use across new and existing buildings in the housing stock, which have the potential to make a significant contribution to sustainable building and regeneration. Their generally slow adoption can be attributed to high capital cost and unknown cost effectiveness, but these factors do not adequately explain considerable differences between European countries in the take-up of new sustainable technologies in construction. This suggests that there are sets of more important factors and institutions inhibiting or facilitating their adoption. This paper examines the structural and institutional factors behind these differentials and draws implications for the management of innovation by construction firms and government policy for those countries under-exploiting the potential of ASH systems. Regulation, legislation and fiscal and financial incentives can encourage innovation and can help to promote solar technology. For countries such as the UK and France, lessons can be learned from the fixed price schemes, direct capital grant support, tax incentives and other such initiatives employed in Denmark, Germany, the Netherlands and Sweden. However, manufacturers and suppliers of ASH systems cannot be considered independently of other firms along the building chain. By raising the visibility of the adoption of this sustainable technology, construction firms can benefit their organisations from the reputation for installing this innovation, while confining the risk to this particular technology. Government can also play a role in increasing the capacity of construction firms to identify appropriate sustainable technologies and evaluate their potential costs and benefits.
机译:欧洲的国内建筑部门约占总能耗的40%。减少温室气体排放的策略集中于提高建筑物的能源效率,包括用电和空间供暖。除了改善建筑围护结构的热性能和开发鼓励节能的机制外,在新建和翻新的住宅建筑中使用新能源技术还具有显着降低能耗的能力。主动太阳能加热(ASH)系统就是其中一种技术,适合在房屋存量中的新旧建筑物之间广泛使用,这有可能为可持续建筑物和再生做出重要贡献。普遍采用这些技术的缓慢原因可归因于高昂的资本成本和未知的成本效益,但这些因素不足以解释欧洲国家在采用新的可持续建筑技术方面的巨大差异。这表明存在许多更重要的因素和制度,它们在抑制或促进它们的采用。本文研究了这些差异背后的结构和制度因素,并针对那些利用ASH系统潜力的国家,对建筑公司的创新管理和政府政策产生了影响。法规,立法以及财政和金融激励措施可以鼓励创新,并有助于推广太阳能技术。对于英国和法国等国家,可以从固定价格方案,直接资本赠款支持,税收优惠以及丹麦,德国,荷兰和瑞典采用的其他此类举措中吸取教训。但是,不能独立于建筑链上的其他公司来考虑ASH系统的制造商和供应商。通过提高采用这种可持续技术的知名度,建筑公司可以从安装这种创新的声誉中受益于其组织,同时将这种技术的风险限制在范围之内。政府还可以在提高建筑公司确定合适的可持续技术并评估其潜在成本和收益的能力方面发挥作用。

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