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THEATRE ROYAL BATH IMPROVES ENERGY EFFICIENCYVIA BMS RETROFIT

机译:皇家浴池通过BMS改造提高能源效率

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The Theatre Royal Bath sought to streamline its energy management and reduce carbon emissions through use of a Priva BMS, but it faced the challenges of historical building conservation and a complex legacy system. The Theatre Royal Bath, which has been Located in the centre of world heritage site Bath since 1805, has a varied history. Destroyed by a fire in the mid-nineteenth-century, it needed to be rebuilt. During World War Two, it also survived the extensive bombing of Bath during the Blitz. The Theatre Royal has taken on many guises, but now, for the first time, it's going green, with an aim to reduce its carbon footprint by 30%. A£2.35million refurbishment of the Theatre Royal's main house was completed last year, and finding ways to make the theatre more energy-efficient was high on the list of priorities. However, as an historical landmark and Grade II* listed building, the theatre is subject to particularly stringent building restrictions. Balancing historical conservation with carbon-reduction meant choosing energy-saving equipment that remained visually discreet and would not damage the delicate fabric of the building.
机译:皇家浴场剧院试图通过使用Priva BMS简化其能源管理并减少碳排放,但它面临着历史建筑保护和复杂的旧系统的挑战。皇家巴斯剧院自1805年以来一直位于世界遗产巴斯的中心,历史悠久。在十九世纪中叶,一场大火毁了它,需要对其进行重建。在第二次世界大战期间,它还幸免于闪电战中的巴斯大爆炸。皇家剧院采取了多种形式,但现在,它首次实现了绿色环保,旨在将其碳足迹减少30%。皇家剧院的主楼耗资235万英镑的翻新工程已于去年完成,在优先考虑的项目中,寻找提高剧院能源效率的方法尤为重要。但是,作为历史地标和二级保护建筑,该剧院受到特别严格的建筑限制。要在历史保护与减少碳排放之间取得平衡,就必须选择节能的设备,这些设备在视觉上保持谨慎,并且不会损坏建筑物的精致结构。

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    《Building Engineer》 |2011年第11期|共1页
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  • 正文语种 eng
  • 中图分类 建筑科学;
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