The John ·j·s· Brega Health and Science Building at Bristol Community College in Massachusetts is a practical science and health knowledge. Environment replaces outdated laboratory construction projects, including teaching laboratories, nursing simulation laboratories, clinical experimental science rooms and other practice bases, involving field biology, biotechnology, microbiology, chemistry and other disciplines. The building covers an area of 50,000 square feet. Within the budget, the college has also built a 3.2 MW solar battery pack in the parking lot, and designed the Shuang Yuan heat pump and solar water heating system. It uses innovative ways to use fossil fuels to improve efficiency and greatly reduce the demand for fossil fuels. It is the first academic and scientific building with zero net energy in the northeastern United States, providing local residents with scientific practice and learning opportunities. Chatham University Eden Campus Similarly, after receiving a donation from 388 acres of Eden Farm in the north of Pittsburgh, Chatham University in Pennsylvania boldly tried to create the world's first beneficial campus-Chatham University Eden Campus. As a model of integrated water management and treatment system, every building in Yidian Campus has established a water treatment system, which integrates the principle of sustainable development into campus life. All wastewater can be filtered on site, and research and learning opportunities can be provided in wetlands through the treatment system. At the same time, the architecture, landscape and infrastructure of Chatham University's Eden campus have also been developed into a circular research environment. Under the renewable energy system, sustainable agriculture, aquaculture, water treatment, nutrient recovery and watershed protection have all been actively explored. The infrastructure of the campus, including the factory buildings, has been designed as classrooms, and the space between buildings has also been put into use, which has really educated the concept of sustainable development, environmental management and professional courses. Arlington Public School Discovery Primary School is another winner of the COTE Top Ten Award for Discovery Primary School, and it is the largest zero-energy school in the United States. It has two important design standards: one is to pay attention to children and provide them with a happy and attractive environment; The second is to design green buildings to cope with the climate change crisis and make contributions to regional and global energy regeneration. In this project, nearly100,000 square feet of buildings are integrated into residential areas, facing the southern hills, and energy use is reduced through lighting and site integration. At the same time, keeping the whole photovoltaic array on the roof and taking solar power generation as the ideal orientation provides a positive example for alleviating global climate change and encourages students to participate in the creative creation of these solutions. This project sets a new standard for the design of American public schools, and also provides students with an opportunity to understand the practical operation of energy efficiency and power generation. As an urban planning project of the School of Public Health of the milken Institute in the District of Columbia, the School of Public Health of the New milken Institute of George Washington University is characterized by reaching LEED standards through green roofs and rainwater collection, and presenting the core values of public health movement, light and air, greening, social interaction and community participation to the world perfectly. The innovative atrium design brings daylight to all floors of the building. The aerial staircase connects eight spaces, connecting complex laboratories and other office spaces. The open grid design encourages pedestrians to visit on foot and promotes physical and mental health. Cohen Center The R.W. Cohen Center of Hampshire College is a multi-functional building with an area of 65,438+07,000 square feet. As the gateway to the campus, Cohen Center includes classrooms, offices, cafes and galleries. At the same time, it is a self-sufficient building, which can generate its own energy, collect and treat its own water, clean and recycle waste. The project also expanded the installation of photovoltaic systems, saved public facilities, improved the flexibility of the community, and minimized the life cycle cost of buildings through durable low-carbon materials, demonstrating the local concept of sustainable development committed to developing the highest level. Architecture. U practiced his mission commitment with critical thinking, which had a positive impact on society, economy and environment. Climate change caused by greenhouse gases emitted by Stanford University's central energy facilities is the biggest environmental and socio-economic challenge. To this end, Stanford University proposed and developed a global solution and took the lead in implementing it on campus. The central energy facility of Stanford University is a new technology to replace the old energy system. The system replaces 100% fossil fuel thermal power plant with electricity and 65% renewable energy, and adopts heat recovery system for the first time, which significantly reduces greenhouse gas emissions, the use of fossil fuels and water, and realizes the green transformation of the campus. The project also implemented the carbon-neutral strategy of Stanford University, demonstrated the long-term climate and energy plan, and transformed a typical neglected energy factory into a working environment with natural ventilation and sunshine lighting, which set a benchmark for university infrastructure construction. Brook Environmental Center is the center of Hampton Road Office of chesapeake bay Foundation. As the winner of the "Top Ten Kurt Awards", the Center initially aims to cooperate with the Foundation to protect chesapeake bay, the most valuable but threatened natural resource in the United States, and to support the Foundation's education, publicity and recovery plan in this area, so as to achieve real sustainable development. With the goal of zero carbon dioxide emissions and zero waste emissions, the Brook Environmental Center has realized the recycling of water and energy, and the completion of the center symbolizes the coming of a successful ecological community. The streamlined appearance of the building echoes the nearby coastline, and at the same time, it uses the principle of passive solar energy to absorb sunlight to the maximum extent, saving energy and reducing emissions. The curved roof is modeled after seagull wings and oyster protective shells, which is beneficial to rainwater collection and has become the first batch of projects approved for rainwater drinking. External building materials are also integrated with the surrounding environment, and their color, texture and metal materials are not abrupt, and the outdoor space also reduces the building area. The entrance facing south can also be used as an outdoor work area, which receives thousands of students to participate in outdoor course experience every year. Manhattan 1/2/5 Garage and Spring Street Salt Shed 1/2/5 Garage Spring Street Salt Shed has become a source of pride in the neighborhood. Garage and salt shed incorporate the concept of sustainable development into architectural design, which improves the infrastructure of citizens. This is a building wrapped in a custom-made perforated double facade, which can reduce the amount of sunlight without affecting the lighting in the personnel area. 1.5 mu of green roof protective film can reduce urban heat island effect, enhance rainwater retention and thermal performance, promote the biodiversity of protozoa, and naturalize the vision of surrounding buildings. Non-potable water collected from rainwater on the roof can also be used for toilet flushing and truck cleaning, creating a unique visual experience in the industrial environment. Manhattan 1/2/5 Garage and Spring Street Salt Shed are located in Singapore Wu General Hospital and Yulang Community Hospital, which solve the problem that traditional wards cannot provide patients with sunshine, outdoor landscape and ventilation conducive to healing. It provides an adjacent operational window for each patient through sawtooth design, optimizes the patient experience, captures sunlight and flowing breeze through fluid and dynamic design, and makes vegetation grow vertically on the building through vertical planting. Through positioning, each ward can see the green space. The energy consumption of this building is 38% lower than that of a typical Singapore hospital and 69% lower than that of a typical American hospital. The Inoue Regional Center of the National Oceanic and Atmospheric Administration of the United States is located on the site of Fengtai Island National Historic Landmark in Oahu, which is characterized by improving the aircraft hangar during World War II into a new steel structure glass building. This is a comprehensive bionic design integrating airflow, lighting and water distribution, which not only improves the service and management in this area, but also combines the cultural tradition and ecology of Hawaii. This project transforms an industrial building with a long history in Albert Kahn into a new research building with a laboratory as the main part. The building reduces energy consumption through an innovative passive descent system and provides 65,438+000% natural ventilation in offices and public spaces. By creating new waterfront public spaces, we can better and more flexibly resist the influence of force majeure factors such as natural disasters. At present, global warming is imminent and no longer a distant threat, which poses a great challenge to the environmental friendliness of buildings. This year's "Top Ten COTE" winners have broken through the limitations of traditional buildings in the concept and practice of green buildings, provided truly effective and attractive examples of green buildings, and set a benchmark for current architectural design. The texture is true, and the color sense is false. After stripping off formalism, the outstanding architectural works that really stand the test of time must be those that can live in harmony with nature and can be recycled. Let's look forward to the concept and practice of global green building in the future.
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