架构师提供的文本描述。砖瓦屋减少排放。在讨论建筑中的可持续解决方案和材料选择时，木质建筑的拥护者往往面临着木材需要维护而不像其他材料那样耐用的观念。木制建筑与破旧的木屋和低成本的住房联系在一起，在北部地区建造现代房屋时，客户往往不愿考虑木材。然而，使用木材作为结构组成部分的好处是全面的。由于独栋住宅仍是丹麦最常见的住宅类型之一，因此，重新考虑房屋的构造组合，是在全国范围内减少建筑环境排放的一个简单方法。

Text description provided by the architects. Brick shingle house reduces emissions. When debating sustainable solutions and material choice in architecture, proponents of wooden architecture are often confronted with the notion that wood requires maintenance and is not as durable as other materials. Wooden architecture is associated with dilapidated wooden shacks and low-cost housing, and clients are often hesitant to consider wood when constructing contemporary houses in northern climates. The benefits of using wood as a structural component are, however, comprehensive. As the single-family house is still one of the most common residential typologies in Denmark, rethinking the tectonic assemblage of the house is an easy way of reducing emissions from the built environment nationally.

Text description provided by the architects. Brick shingle house reduces emissions. When debating sustainable solutions and material choice in architecture, proponents of wooden architecture are often confronted with the notion that wood requires maintenance and is not as durable as other materials. Wooden architecture is associated with dilapidated wooden shacks and low-cost housing, and clients are often hesitant to consider wood when constructing contemporary houses in northern climates. The benefits of using wood as a structural component are, however, comprehensive. As the single-family house is still one of the most common residential typologies in Denmark, rethinking the tectonic assemblage of the house is an easy way of reducing emissions from the built environment nationally.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

 Ground floor plan

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

在我们的TK-33项目中，我们把重点放在识别和替换典型丹麦房屋的二氧化碳含量高的元素上，并以一种现代正式语言取代它们，使之与该镇和周围景观的现有质量相呼应。

For our project TK-33, we have focused on identifying and replacing CO2-heavy elements of the typical Danish house and replaced them with more eco-friendly alternatives in a contemporary formal language that resonates with the existing qualities of the town and the surrounding landscape.

For our project TK-33, we have focused on identifying and replacing CO2-heavy elements of the typical Danish house and replaced them with more eco-friendly alternatives in a contemporary formal language that resonates with the existing qualities of the town and the surrounding landscape.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

在丹麦最常见的单户住宅中，承重结构采用加气混凝土，由砖包和屋顶瓷砖覆盖。混凝土墙具有巨大的二氧化碳影响，到目前为止，耐久性和寿命是合理的。由于它的体积和在重用方面的挑战，砖包也有很大的影响。根据一些研究，外墙占与建造典型房屋相关的总排放量的近30%，正是这个数字是我们用TK-33减少的目标。

In the most common Danish single-family house, the load bearing structure is aerated concrete covered by a brick envelope and roof tiles. The concrete walls have a massive CO2-impact that has thus far been justified by durability and lifespan. The brick envelope also has a high impact due to its volume and challenges in reuse. According to some studies, the outer walls account for nearly 30% of the total emissions associated with construction of a typical house and it is among other elements this number that we aim to reduce with TK-33.

In the most common Danish single-family house, the load bearing structure is aerated concrete covered by a brick envelope and roof tiles. The concrete walls have a massive CO2-impact that has thus far been justified by durability and lifespan. The brick envelope also has a high impact due to its volume and challenges in reuse. According to some studies, the outer walls account for nearly 30% of the total emissions associated with construction of a typical house and it is among other elements this number that we aim to reduce with TK-33.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

用木框架代替承重混凝土墙，并将其铺成一层薄的耐久砖瓦层，可以消除混凝土的排放，使围护层厚度减小到13 mm，从而大大减少砖盖的排放。除了减少砖的体积，外观系统也是C2C认证的，允许在某些瓦损坏或整个部分需要更换的情况下逐步或完全再利用或更换。由于信封是如此耐用，维护木质结构是多余的，寿命增加，从而尽量减少了整个结构的二氧化碳影响。

By replacing the load bearing concrete wall with a wooden frame and cladding it in a thin layer of durable brick shingling, the emissions from concrete are eliminated and the emissions from the brick cover is highly reduced as the thickness of the envelope is reduced to 13mm. In addition to reducing the volume of brick, the façade system is also C2C-certified allowing for a gradual or total reuse or replacement if certain shingles are damaged or entire sections need replacing. Because the envelope is so durable, maintaining the wooden structure is redundant and the lifespan is increased which minimizes the overall CO2-impact of the structure.

By replacing the load bearing concrete wall with a wooden frame and cladding it in a thin layer of durable brick shingling, the emissions from concrete are eliminated and the emissions from the brick cover is highly reduced as the thickness of the envelope is reduced to 13mm. In addition to reducing the volume of brick, the façade system is also C2C-certified allowing for a gradual or total reuse or replacement if certain shingles are damaged or entire sections need replacing. Because the envelope is so durable, maintaining the wooden structure is redundant and the lifespan is increased which minimizes the overall CO2-impact of the structure.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

这所房子是为容纳一对成熟夫妇而建造的，位于哥本哈根北部一个小镇的周边。该住宅整合了开放式厨房周围住宅的社会空间中的自然景观，利用房间高度来吸收天空和自然景观。房子有一个私人和一个社会部分，使房子的使用灵活，并允许游客和不同的业主随着时间的推移，延长寿命，而不需要改建或延长。房屋可以自然通风，而且设施实际上仅限于中央核心，包括两个浴室和一个洗衣房，从而降低了建造期间的总成本。

The house is built to accommodate a mature couple and is situated in the perimeter of a small town north of Copenhagen. The house integrates the natural vistas in the social spaces of the house surrounding the open kitchen, utilizing the room height to absorb the sky and the natural landscape. The house has a private and a social section, making the use of the house flexible and allowing for visitors and varied owners over time increasing the lifespan without the need for remodeling or extending. The house can be naturally ventilated and installations are pragmatically limited to the central core containing two bathrooms and a laundry room, lowering overall costs during construction.

The house is built to accommodate a mature couple and is situated in the perimeter of a small town north of Copenhagen. The house integrates the natural vistas in the social spaces of the house surrounding the open kitchen, utilizing the room height to absorb the sky and the natural landscape. The house has a private and a social section, making the use of the house flexible and allowing for visitors and varied owners over time increasing the lifespan without the need for remodeling or extending. The house can be naturally ventilated and installations are pragmatically limited to the central core containing two bathrooms and a laundry room, lowering overall costs during construction.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

在建筑过程中消除排放，允许在使用房屋方面的灵活性，并便利整个围护结构的再利用，使得一套房子和一种建筑技术可以大大减少丹麦单一家庭住宅行业的排放量。

Eliminating emissions during construction, allowing for flexibility in the use of the house and facilitating reuse of the entire envelope makes for a house and a building technique that could decrease the emissions from the single-family house industry in Denmark greatly.

Eliminating emissions during construction, allowing for flexibility in the use of the house and facilitating reuse of the entire envelope makes for a house and a building technique that could decrease the emissions from the single-family house industry in Denmark greatly.

 © Jan Ove Christensen and Peter Jørgensen

C.JanOveChristensen和PeterJ.Rendsen

Architects Christopher Carlsen, Morten Bang

Location Tikøb, Denmark

Area 130.0 m2

Project Year 2017

Photographs Jan Ove Christensen and Peter Jørgensen

Category Houses

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