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首页> 外文期刊>Journal of Sustainable Manufacturing and Renewable Energy >ENERGY EFFICIENCY IMPROVEMENT UTILISING HIGH TECHNOLOGY: THE PATH FORWARD FOR RENEWABLE ENERGY USE IN INDUSTRY, BUILDINGS AND SUSTAINABLE DEVELOPMENT
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ENERGY EFFICIENCY IMPROVEMENT UTILISING HIGH TECHNOLOGY: THE PATH FORWARD FOR RENEWABLE ENERGY USE IN INDUSTRY, BUILDINGS AND SUSTAINABLE DEVELOPMENT

机译:利用高科技的能源效率提高:可再生能源使用工业,建筑物和可持续发展的路径

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摘要

The use of renewable energy sources is a fundamental factor for a possible energy policy in the future. Taking into account the sustainable character of the majority of renewable energy technologies, they are able to preserve resources and to provide security, diversity of energy supply and services, virtually without environmental impact. This study outlines possible energy savings and better performance achieved by different solar passive strategies (skylights, roof monitors and clerestory roof windows) and element arrangements across the roof in zones of cold to temperate climates. The aim of this work is to find possible design strategies, and to find solutions to provide thermal and luminous comfort in spaces of intermittent use and a poor aspect or orientation. In regions where heating is important during winter months, the use of top-light solar passive strategies for spaces without an equator-facing facade can efficiently reduce energy consumption for heating, lighting and ventilation. Passive solar systems for space heating and cooling, as well as passive cooling techniques when used in combination with conventional systems for heating, cooling, ventilation and lighting, can significantly contribute to the energy saving in the buildings sector, and the thermal behaviour of the dependent on the alternatives and interventions made on the building's shell. Exploitation of renewable energy in buildings and agricultural greenhouses can significantly contribute to energy saving. Promoting innovative renewable applications and reinforcing renewable energy market will contribute to preservation of the ecosystem by reducing emissions at local and global levels and will contribute to the amelioration of environmental conditions by replacing conventional resources with renewable sources that produce no air pollution or greenhouse gases and coexist comfortably with existing urban, agricultural and tourist land uses. There is concerns society, development of the renewable market sector. Sustainable low-carbon energy scenarios for the new century emphasise the untapped potential of renewable resources is needed. Energy efficiency brings health, productivity, safety, comfort and savings to homeowner, as well as local and global environmental benefits.
机译:可再生能源的使用是未来可能的能源政策的基本因素。考虑到大多数可再生能源技术的可持续性质,他们能够保护资源,并提供安全,能源供应和服务的多样性,几乎没有环境影响。本研究概述了通过不同的太阳能被动策略(天窗,屋顶显示器和夹子窗户)和诸多区内屋顶的屋顶的能量节省和更好的性能,以冷却温度气候。这项工作的目的是找到可能的设计策略,并找到解决方案,以便在间歇性使用的空间中提供热和发光舒适度和差的方面或方向。在冬季加热重要的地区,在没有赤道面外形外观的情况下使用顶部光的太阳被动策略可以有效地降低加热,照明和通风的能量消耗。用于空间加热和冷却的无源太阳能系统,以及随机冷却技术与用于加热,冷却,通风和照明的传统系统结合使用时,可以显着促进建筑物部门的节能,以及依赖的热行为关于在建筑物壳中制作的替代品和干预措施。在建筑物和农业温室中对可再生能源的利用可以显着促进节能。促进创新的可再生应用和加强可再生能源市场将通过减少当地和全球各级的排放来促使生态系统,并将通过更换常规资源的可再生资源来促进环境条件的改善,这些资源没有产生空气污染或温室气体和共存。舒适地与现有的城市,农业和旅游土地使用。担心社会,可再生市场部门的发展。新世纪的可持续低碳能源情景强调需要未启发的可再生资源的潜力。能源效率为房主提供健康,生产力,安全,舒适度和储蓄,以及本地和全球环境效益。

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