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架构师提供的文本描述。这个项目的开始可以追溯到客户Jung Soik博士所遇到的个人经历，他是一位文化策划者和建筑教育家。荣格博士当时正在意大利米兰学习，当时她目睹了当地卡车司机工会反对油价飞涨的罢工。罢工三天后，荣格医生发现自己在城里找不到新鲜食品。这一经历使她注意到我们日常生活所依赖的各种系统的脆弱性。她开始想象自己有一天会建立一个自给自足的社区。Sosoljip是荣格博士迈向梦想的第一步。

Text description provided by the architects. Beginning of this project dates back to a personal experience encountered by the client, Dr. Jung Soik, a cultural cura­tor and architectural educator. Dr. Jung was studying in Milan, Italy, when she witnessed a local truck-drivers’ union strike against the rocketing oil price. Three days into the strike, Dr. Jung found herself unable to find fresh groceries in the city. This experience brought her attention to the vulnerability of various systems our everyday lives rely on. She began to imagine herself one day building a self-sufficient community. Sosoljip is Dr. Jung’s first step towards her dream. 

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Jung博士委托Lifethingss建造她的零能量净室。杨秀英是一位建筑师和公共艺术家，在韩国和美国执业。杨参观了首尔以南4个小时的渔村和农庄，40多次，并在项目期间每天都有一个建筑博客。

Dr. Jung commissioned Lifethingsto build her net zero energy house. Yang Soo-in is an architect and public artist practicing in Korea and in the United States. Yang visited the fishing and farming village, four hours south of Seoul, more than 40 times and kept a daily construction blog during the project.

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客户和架构师希望Sosoljip在设计、构造和预算方面基于常识。这座230平方米的房子，包括光伏电池板、太阳能集热管、燃木锅炉、四个厨房和四个浴室，耗资284，000美元。保持建筑成本的合理对于该项目非常重要，这并不是因为预算本身的限制，而是因为荣格博士和杨博士希望该项目能够证明有可能在预算微薄的情况下建造一座具有环保意识的房屋，包括可再生能源生产。

The client and the architect wanted Sosoljip to be based on common sense in its design, construction, and budget. This 230 square meter house, which includes photovoltaic panels, solar heat collection tubes, wood burning boiler, four kitchens and four bathrooms was completed with 284,000 USD. Keeping the construction cost reasonable was very important for the project not because of budget limitations per se, but because Dr. Jung and Yang wanted the project to be a proof that it is possible to construct an environmentally conscious house including renewable energy production with a modest budget. 

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客户和她的父母住在这所房子里，它包括三个灵活的空间：客户的空间，她父母的空间，以及床和早餐空间。主要内容包括父母的客厅、卧室、厨房和餐饮空间。客户的空间是独立的，但通过门廊连接到主体。这是一个很大的工作室，在阁楼层有私人居住空间。工作室的双重用途是图书馆和她经营的建筑工作坊的教室。床和早餐起到缓冲的作用，家庭突然从首尔，那里的家庭生活了一辈子，南海，一个偏远的农村。他们将经营一个B

The client and her parents live in this house, which consists of three flexible spaces: the client’s space, her parents’ space, and Bed and Breakfast space. The main mass includes the parents’ living room, bedroom, kitchen and dining space. The client’s space is independent, yet connected to the main mass through a porch. It is a large studio with private living space on the mezzanine level. The studio serves a dual purpose as a library and a classroom for architecture workshops she runs. Bed and Breakfast functions as a buffer for the family’s sudden move from Seoul, where the family have lived all their lives, to Namhae, a remote countryside village. They will operate a B&B as well as invite family and friends. The client’s younger sister’s family, who still lives in Italy, will also spend a few months in Sosoljip every year. 

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利用村庄的特色景观，将梯级农田、床房和早餐室放置在房子的较低层，家庭空间在上面，两者都可以从外面直接进入。父母的空间与B相连

Taking advantage of the village’s characteristic landscape, stepped agricultural fields, bed and breakfast rooms are placed on the lower level of the house and the family space is on the level above, both of which are directly accessible from outside. The parents’ space is connected to B&B space through stairs, which allows the B&B rooms to function as extra bedrooms. The two B&B rooms share a flexible wall, which allows the space to be a large single room whenever desired. Roof of the B&B becomes a garden that opens up to the magnificent view of the sea before the client’s room. 

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上层是一个东西向的长块体，它向南向北移动以分隔客户的空间。屋顶倾斜在一个角度，以获得最佳的太阳曝光率，并大小为3千瓦光伏电池板和太阳能集热管，以适应。燃烧木材的锅炉是避免化石燃料使用的二次热源.窗户放置方便，方便交叉通风，并小心大小，以尽量减少热损失。

The upper level is a long mass that runs east-west which shifts south-north to seperate the client’s space. The roof is sloped at an angle to receive best sun exposure year around and sized for the 3KW photovoltaic panels and solar heat collection tubes to fit. Wood-burning boiler is the secondary heat source to avoid fossil fuel usage. Windows are placed to facilitate easy cross ventilation and carefully sized to minimize heat loss.