零能耗私人度假别墅

建筑 | Novaplan Casa Zero Energy

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项目介绍

Located on the outskirts of Jesolo, one of the most popular seaside resort cities in Italy, Nova[plan is a private boutique residential development project of nine regular triangular villas.  Started in 2011, the forward-looking developer and the architect RBA carried out a discussion on the application of passive buildings in small-scale private residential building, pursuing the perfect integration of high-standard sustainable building technology and financial efficiency, as well as healthy indoor living environment.

 

Novaplan位于意大利当地最受欢迎的海滨度假城市之一耶索洛郊区,是一个九栋规则三角别墅的私人精品住宅开发项目,具有前瞻性的开放商业主联合RBA建筑师,于2011年开始对项目进行节能建筑私宅应用化的探讨,追求实现高标准的可持续建筑技术与市场造价,以及大健康人居环境的完美融合。

Site 场地

 

Master Planning

建筑规划

 

The building complex consists of nine independent villas, which are connected to the municipal green space through a large pedestrian area.  The design of triangular shapes, façade opening, volume orientation and height control ensure the natural daylight and landscape views of each house, as well as maximize each solar gain during cold seasons.

 

该建筑群由九栋独立的别墅组成,通过大型步行区连接市政绿地,九栋独立别墅通过三角造型,立面开窗,建筑高度与朝向的规划设计,保证了每座建筑之间的采光与景观最大化,也保证了保证了每一户住宅在冬季对太阳光的最大化储能。

Height & Roof Slope Control 高度与屋顶斜率控制

Shadow Control建筑日照与阴影控制

 

 

The Villa

别墅单体设计

 

As a residential building project, in addition to creating and implementing design forms, we hope to promote a more harmonious, more reasonable and healthier architectural attitude, spatial attitude and attitude towards life.

 

作为一个住宅类建筑项目,除了创造与实现设计形态之外,我们希望可以借此倡导一种更和谐,更合理,更健康的建筑态度,空间态度和生活态度。

 

Space Morphology 空间形态

 

In addition to paying attention to the originality of the design, the details of the design and the construction of the project, of course, these are the foundations of course. On this, we pay more attention to how the new building will be more friendly in the urban living environment. If you let everyone portray the ideal living environment, it may easily resonate, you need to open up free space, you need emotional communication, you need beautiful streets, and you need plants that are just as good. It is not a blind ideal state. The evolution of the behavior of people in hundreds of worlds and the performance of the relationship between urban scales is typical and most original yearning. And while the builders of this city are also paying attention to economic benefits and manufacturing costs, are we still likely to adopt new design languages, more comprehensive planning concepts and new technology development and application, which does not violate the growth of urban modernization? It also provides a natural and comfortable place to stay.

 

除了关注设计的原创度,设计的细节与建造的工程,当然这些是理所当然的基础,在此之上,我们更加反思新建建筑如何再城市人居环境中更友好地存在。 如果让每个人描绘理想的生活环境,可能很容易产生共鸣,我们需要开阔自由的空间,需要情感交流,需要漂亮的街道,需要繁茂得恰到好处得植物。这不是一种盲目的理想状态,这是从几百个世纪中人的行为与城市尺度关系的演化与磨合中得来的,是一种最典型又最原始的向往。而在当下这个城市的建造者同样关注经济效益与制造成本的情况下,我们是否仍然有可能通过新的设计语言,更全面的规划概念以及新的技术研发与应用,既不违背城市现代化的生长,又提供一处自然舒适的住所。

 

Living 室内会客厅

 

Passive House As A Living Creature.

一个可以自发调节性能的生物体

 

Designing and building a home means triggering processes that will affect multiple generations and will not only affect the cost of maintenance and management. The choice of suitable materials, technologies and systems allows the realization or redevelopment of homes with very low energy consumption and which, at The same time, offer a high level of thermal comfort and respect for the environment. For a result that satisfies the inhabitants, it is essential above all the care of the single details.

 

设计和建造住宅不仅关系到居住者日常维护和管理的成本问题,更是一个深切影响着其世代家庭生活的过程。合适的材料,技术和系统的选择提供了非常低能耗的居家成本但同时非常高水平的热舒适性的可能性,这是不仅是对家庭的尊重,也是对环境的尊重。

 

Energy Consumption Diagram 能耗图表

 

Solar Gain Study 社区光照分析

 

Ventilation    /   自然通风窗地面积比

Illuminating   /  自然采光窗地面积比

Solar gain      /  零能耗需求太阳辐射得热窗墙面积比

 

In order to achieve comfortable and energy-saving natural ventilation / natural lighting/interior temperature adjustment,  the window-room area ratio refers to the local climatic conditions experience values, local regulations and professional calculation verification done by Casaclima.

 

为了实现舒适节能的 自然通风/自然采光/室内温度调节,参考当地气候条件经验数值,满足当地规范要求,经过Casaclima专业计算验证所需要的开窗面积与房间面积的比率控制。

 

In order to improve the accuracy of the material specification, the building details, the construction budget and the building site, 3D mockup and BIM have been taken as main design approaches for better understanding of the overall process.

 

为了提高对材料规格,构造大样,施工造价与施工过程的精确度控制,在施工深化阶段,项目采用了二维结合三维的大样设计,数字化建模模拟施工次序,以及实体大样实验作为辅助设计手段。

 

3D foundation details 三维基础大样示例

Mechanical Control Ventilation 新风系统模拟

 

 

Elevation 立面图

Layout平面图

 

Technical Section剖面图

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Location |  Jesolo, Italy

Service | Architecture Design,  Interior Design, Sustainability

Director | Ruggero Baldasso

Arch. Area | 305 m2

Arch. Volume | 783 m3

Design Time | 2011-now

Special mention: Casaclima Certificate G

 

项目信息

 

项目地址 | 耶索洛,意大利

项目类型 | 建筑设计,室内设计,可持续设计

建筑面积 | 305 m2

单体体量 | 783 m3

设计时间 | 2011至今

特别提示 | CasaClima欧洲绿色建筑机构认证金奖项目

推文排版 | 施星澜