© Paal-André Schwital

c.Paal-AndréSchwital

架构师提供的文本描述。SN hetta是Zeb(零排放建筑研究中心)的积极合作伙伴。泽布多舒适之家是斯堪的纳维亚最大的独立研究机构SINTEF、Zeb合作伙伴Br drene Dahl和Optimera之间的合作项目。房子的体积描述了一个单一的家庭房屋，然而，该建筑打算用作一个示范平台，以促进学习关于采用综合可持续解决办法的加号住房的建造方法。

Text description provided by the architects. Snøhetta is an active partner within ZEB (The Research Center on Zero Emission Buildings). The ZEB Multi-Comfort House is a cooperation between Snøhetta, Scandinavia’s largest independent research body SINTEF, ZEB partner Brødrene Dahl, and Optimera. The volume of the house describes a single family house, however, the building is intended for use as a demonstration platform to facilitate learning on building methodology for plus houses with integrated sustainable solutions.

 © Bruce Damonte

布鲁斯·达蒙特

为了实现Zeb-OM分类，项目需要记录和验证至少100%的CO2抵消。可再生能源生产通过光伏和太阳能电池板集成在建筑围护结构中，可以抵消发电站燃烧化石燃料所产生的碳排放。通过这种方式抵消，我们同时减少了其他温室气体的排放。把重点放在与建筑材料相关的碳排放上，这是迈向可持续建筑工业的重要动力的一个新方向。

To achieve ZEB-OM classification the project is required to document and verify a minimum of 100% CO2 offsetting. Renewable energy production via photovoltaic and solar-thermal panels integrated in the building envelope enables offsetting of carbon emissions generated by the burning of fossil fuels in power stations. By offsetting in this manner we reduce emission of other greenhouse gasses simultaneously. Focus on carbon emissions associated with building materials represents a new direction in the vital drive toward a sustainable construction industry.

 © Paal-André Schwital

c.Paal-AndréSchwital

特征性向东南倾斜

Characteristic tilt to the southeast

花园里的房子具有向东南方向倾斜的特征，还有一个倾斜的屋顶表面，覆盖着太阳能电池板和集热器。这些元素，再加上地下能源井的地热能，将满足家庭住宅的能源需求，并产生足够的剩余能源，全年为电动汽车提供动力！要使这成为一个成功的现实，建筑和技术必须结合在一起，确保舒适和能源使用的优化。

The house in the garden has a characteristic tilt towards southeast and a sloping roof surface clad with solar panels and collectors. These elements, together with geothermal energy from energy wells in the ground, will serve the energy needs of the family house and generate enough surplus to power an electric car year-round! For this to become a successful reality, architecture and technology must come together and ensure optimization of both comfort and energy use.

日光、视野和与景观
和室外空间的接触与
平衡封闭墙壁和窗户的需要是一致的。通过放置玻璃表面、取向、房屋几何形状和体积，以及选择具有良好热性能的材料，被动地解决了加热和冷却问题。在室内表面使用的材料是根据其对良好的室内气候和空气质量以及美学品质作出贡献的能力而选择的。, either g

Daylight, view, and contact with landscape
and outdoor space is reconciled with the
need for balancing sealed walls and windows. Heating and cooling is solved passively through placement of glass surfaces, orientation, house geometry and volume, and choosing materials with good thermal characteristics. Materials used on interior surfaces have been chosen on the basis of their ability to contribute to good indoor climate and air quality as well as aesthetic qualities.leasant in

室外中庭

Outdoor atrium

从早春到秋末，一个带有壁炉和家具的室外中庭开放供户外就餐。一种生活的感觉，在世界上最先进的家庭之一的房子里，在一个堆满了柴火和砖块的房间里。

An outdoor atrium with fireplace and furnishing opens for outdoor dining from early spring to late fall. A feeling of cabin life, in one of the world’s most advanced family houses, in a room with walls of stacked firewood and bricks.

 © Bruce Damonte

布鲁斯·达蒙特

景观形成为一个花园，在那里游客可以走在建筑物周围，并发现元素，使这是一个特殊的家庭住宅。花园有一个游泳池和淋浴，利用太阳能产生的热量过剩，桑拿加热木柴，和储藏室，以遮挡邻居。东侧的一个早餐点，以邻近的农田为目标，用再生木材砌块铺成，形成了一个诱人的表面。

The landscape is formed as a garden where visitors can walk around the building and discover the elements that make this an exceptional family house. The garden has a swimming pool and shower utilizing solar- generated thermal heat surplus, a sauna heated with firewood, and storage rooms as shielding from neighbours. A breakfast spot on the eastern side with a view to neighbouring farmland is paved with recycled timber blocks, creating an inviting surface.

 © Paal-André Schwital

c.Paal-AndréSchwital

环境抱负和设计过程

Environmental ambitions and design process

高度的环境野心在设计过程中创造了新的参数。新工具
被投入使用，学术学科更紧密地结合在一起，对文档的要求比以往任何时候都更高。特别是，在早期开发阶段高度重视材料的选择是新的，它在多学科层面上产生了创新的设计过程。

High environmental ambitions create new parameters in the design process. New tools
are put to use, the academic disciplines work closer together, and the requirements for documentation are more demanding than ever. In particular, the high focus on choice of material in early development phases is new, and it generates innovative design processes on a multidisciplinary level.

 © Paal-André Schwital

c.Paal-AndréSchwital

这样一个雄心勃勃的环境项目的设计是由对新技术、当地能源、材料和建筑技术以及地点的其他资源的知识以及以便利最佳利用能源的方式进行的智能布局和定向所推动的。

The design of such an ambitious environmental project is driven by knowledge of new technologies, local energy sources, materials and building techniques, and other resources at location, as well as intelligent placement and orientation in a way that facilitates optimal utilization of energy resources.

 © Bruce Damonte

布鲁斯·达蒙特

该项目的重点是通过不可量化的属性来保持住宅般的品质。情感的舒适性和幸福感已经控制了
的设计过程，其程度与能源需求的程度是一样的。该场地采用各种空间，可以享受全年，包括果树和菜园，以适应小规模的粮食生产。

The project has a strong focus on retaining home-like qualities through non-quantifiable properties. Emotive comfort and sense of wellbeing have governed the design process
to the same extent as energy demands. The grounds employ a variety of spaces that can be enjoyed year-round, with the inclusion of fruit trees and vegetable gardens to accommodate small scale food production.

 © Bruce Damonte

布鲁斯·达蒙特

Architects Snøhetta

Location Larvik, Norway

Category Sustainability

Area 220.0 sqm

Project Year 2014

Photographs Bruce Damonte, Paal-André Schwital, EVE