Passive Extension and Renovation: Magnolia Soul Family House
2018-12-10 15:22
Project: Passive Extension / Magnolia Soul Architects: Green Sheep Collective Builders: Excelsior Master Builders Location: Fairfield, Victoria, Australia Project Year 2017 Photographer: Emma Cross
项目:被动扩展/木兰灵魂建筑师:绿羊集体建筑:精益求精主建筑商位置:费尔菲尔德,澳大利亚项目年2017年摄影师:艾玛·克罗斯
This passive extension and renovation creates a warm, robust, family and pet friendly space, while protecting a mature Magnolia x soulangeana tree and maximising garden area. The project was completed in 2017 by Green Sheep Collective
这种被动的延伸和更新创造了一个温暖,健壮,家庭和宠物友好的空间,同时保护成熟的木兰树和最大限度的花园面积。该项目于2017年由绿羊集团完成。
Views of the magnolia tree are intentionally framed by the roof structure, through a high angled window and bay window seat. The generous and versatile window seat creates a lovely place to relax, read a book, admire the flowering magnolia or sit on the edge of the garden.
木兰树的景观是由屋顶结构故意构成的,通过一个高角度的窗口和海湾窗座椅。宽敞而多功能的窗户座椅创造了一个放松、读书、欣赏盛开的玉兰花或坐在花园边缘的可爱的地方。
High angular ceilings offer views of the magnolia, allow dappled light to penetrate deep into the residence and provide ‘stack effect’ ventilation. A sunken living space takes advantage of the existing raised floor level by creating a playful step to the garden that doubles as informal living and dining seating.
高角度的天花板提供了木兰的景观,让斑驳的光线深入住宅,并提供“堆栈效应”通风。一个沉陷的生活空间利用现有的上升的地板水平,创造了一个有趣的步骤,到花园,双重作为非正式的生活和就餐座位。
The building envelope and form are designed to accommodate a temperate climate. Unwanted summer heat gain is prevented by appropriately designed eaves, a batten screen, blinds, cross ventilation, a pergola with deciduous planting, and ‘stack effect’ cooling aided by ceiling fans.
建筑围护结构和形式被设计为适应温带气候。通过适当设计的屋檐、压条筛、百叶窗、交叉通风、带有落叶种植的PERGORA、以及由吊扇辅助的“烟囱效应”冷却来防止不希望的夏季热增益。
The design carefully considers the spatial requirements of internal spaces to reduce built form and maximise garden area. A reduction in building form due to flexible programming and clever joinery results in fewer construction materials, less maintenance, reduced heating and cooling costs and a lower overall environmental footprint.
该设计仔细考虑了内部空间的空间要求,以减少建筑形式,最大限度地扩大花园面积。由于灵活的规划和巧妙的细木工,建筑形式减少,建筑材料减少,维护减少,暖气和冷却成本降低,整体环境足迹减少。
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