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首页> 外文期刊>Pollution research >IMPACT OF GREEN BUILDING CONCEPT ON SUSTAINABILITY OF OFFICE BUILDINGS-A CASE STUDY
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IMPACT OF GREEN BUILDING CONCEPT ON SUSTAINABILITY OF OFFICE BUILDINGS-A CASE STUDY

机译:绿色建筑概念对办公建筑可持续性的影响-案例研究

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摘要

The key reason behind any environmental strain is the haphazard usage of global natural resources leading to, pollution in the environment, sea level raising, warming the earth, depletion of natural resources etc. The drastic climate variation has been observed worldwide, which in fact is mainly due to the release of CO_2 from every energy actions. The building sector consumes nearly 40 % of the total energy and account for 30 percent of world greenhouse gas emissions. In this work the corporate office building comprising two basements and G+6 floors with a total built-up area of 75,903 sq. ft has been selected to study the energy and water conservation scenario. The building has been considered as conventional /baseline model as well as model having green features. The above elements have been studied by modelling and also on-site basis. The collected input data from the office building has been used to model the green building using Visual DOE 4.1 Software. The model has verified a good correlation between metered data and monthly predictions of energy conservation. The model is observed to be a better tool in providing proper estimate of optimum green elements to the designers, owners, contractors at the design stage itself. With all the green features modelled, the project building could achieve 33.76% energy improvement over the baseline building in the present model. The formulated water conservation strategy includes recycled water from sewage, rainwater harvesting, metering and sub metering and low flow fixtures. The maximum quantity of recycled water generated inside the building is 157.3 KL/month and the total saving of fresh water is 53.85%.
机译:任何环境压力背后的关键原因是全球自然资源的随意使用,导致环境污染,海平面上升,地球变暖,自然资源枯竭等。全世界已观察到剧烈的气候变化,实际上是主要是由于每种能量作用都会释放出CO_2。建筑部门消耗了总能源的近40%,占世界温室气体排放量的30%。在这项工作中,我们选择了包括两层地下室和G + 6层,总建筑面积为75,903平方英尺的公司办公楼,以研究节能和节水的情况。该建筑物已被视为常规/基线模型以及具有绿色特征的模型。以上元素已通过建模和现场研究。从办公楼收集的输入数据已用于使用Visual DOE 4.1软件对绿色建筑物进行建模。该模型已经验证了计量数据与每月节能预测之间的良好相关性。在设计阶段,该模型被认为是向设计师,所有者,承包商提供适当的最佳绿色元素估算的更好工具。通过对所有绿色功能进行建模,与当前模型中的基准建筑物相比,该项目建筑物可实现33.76%的能源改进。制定的节水策略包括污水处理中的循环水,雨水收集,计量和次计量以及低流量装置。建筑物内产生的最大循环水量为157.3 KL /月,总节约淡水为53.85%。

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