Moreover, the inexhaustible electricity can be stored and reused in winter.
JiaXing Railway Station Xiong’an high-speed railway station, the central hub of China’s huge high-speed railway transportation network, also adopts solar photovoltaic technology.
Bratt ø rkaia energy building The facade of the building is mainly made of black aluminum plate and equipped with irregular glass curtain wall, like a black diamond.
The wind turbine and its connected generator are set on each bridge respectively.
It is known as the most beautiful “railway station in the forest”, which is also a railway station that can generate electricity.
The roof of xiong’an high-speed railway station is paved with 42000 square meters of photovoltaic building materials, and its photovoltaic power generation can fully meet the needs of lighting in the station, which is equivalent to reducing 4500 tons of carbon dioxide emission every year and 120000 hectares of trees.
The electricity generated by the building every day is twice that of the whole building.
According to the response of the national development and Reform Commission, the main reason is that since the beginning of this year, due to the continuous recovery of China’s economy and the rise in the price of international bulk energy raw materials, China’s coal supply is tight, coupled with the decline of hydropower generation, and new energy such as wind power and photovoltaic have not yet been able to shoulder their responsibilities, so the power supply has been tight.
Of course, its beautiful appearance is not the focus.
Since September, more than 10 provinces such as Jiangsu, Yunnan, Guangxi and Zhejiang have successively launched power restriction measures for enterprise power consumption.
Sunlight can also penetrate the transparent film and sprinkle into the room to bring good daylighting.
Its continuous peak power generation can reach 2 kwh, and the battery can be reused with the solar roof module..
Since then, Shanghai Center Tower has also used wind power, with 270 wind turbines installed on the outer walls of the roof, generating 1 million 189 thousand kilowatt hours of green electricity each year.
Bahrain World Trade Center The construction of Bahrain World Trade Center completed in 2008, although the three groups of wind turbines can only provide about 15% of the power consumption of the building, it has done a good demonstration for the later skyscraper construction.
The biggest highlight of the building is that its facade and roof are equipped with 3000 square meters of solar panels.
Bahrain World Trade Center Bahrain World Trade Center is located in Manama, the largest city in Bahrain, with good sea breeze resources.
Shanghai Center Tower There is also the idea of a bigger brain hole.
As a large power user, the construction field has been constantly studying the development and utilization of new energy in recent years.
Gardener (source: archdaily, photographer: Zhao Chunhui) The solar panel system cleverly placed on the roof can adjust the tilt angle with the irradiation angle of sunlight to achieve efficient power generation.
SquallTower The base of the building is an almost suspended structure, equipped with a huge motor, like a propeller.
Who says skyscrapers are afraid of the wind? Wind can be used to generate electricity! Super high skyscrapers are particularly afraid of the wind, because the wind in the sky is too strong.
Bratt ø rkaia energy building designed by Sn ø hetta firm, located in the port of Trondheim Fjord, Norway, is known as “the greenest building so far”.
Bratt ø rkaia energy building The building is like a power plant.
The building can also rotate by wind alone, so it can generate electricity by itself and supply excess power to the surrounding blocks.
So far, the world’s largest solar panel is installed on the roof of Apple’s new headquarters, which can bear 75% of the peak power consumption in the daytime.
Based on this calculation, they built a beam with a vibration frequency much higher than that of the wind turbine, avoiding the risk of resonance to the greatest extent.
Gardener (source: archdaily, photographer: Tian Fangfang) Perhaps in the near future, solar panels will become the standard configuration of houses.
It sounds a little strange, but musk has been preparing for it for many years.
The unique shape of the building is to ensure maximum sunlight.
Bahrain World Trade Center The two triangular buildings are similar to the shape of the traditional Arab “wind tower” and are connected by three “bridges”.
It is also the easiest and cheapest renewable energy.
Hayri Atak, a Turkish architect, designed a building called squall tower in Dubai, which can rotate itself, just like the scene in a science fiction film.
Before the national day, the power consumption of residents in Northeast China was also affected.
SquallTower Not long ago, musk, known as the “iron man of Silicon Valley”, made another bold statement, saying that every household should be transformed into a small power plant and be able to feed the public power grid.
Solar energy is one of the most familiar renewable energy sources.
Bratt ø rkaia energy building The new Apple headquarters designed by Norman Foster is one of the most energy-efficient buildings in the world.
But have you ever thought that such a big wind energy can’t do anything? For example, for power generation! This idea was realized by South African architect Sean Chira, who designed the world’s first building that combines wind power with high-rise buildings – Bahrain World Trade Center.
It can also provide electric energy to surrounding communities, electric buses, new energy vehicles and ships through the local microgrid.
From a distance, the main body of the building is like a cloud floating in the air.
JiaXing Railway Station The roof of Jiaxing railway station uses all solar photovoltaic panels.
If it is not done well, it will shake the building.
The new headquarters is located in California, USA, with plenty of sunshine.
This “cloud” is actually more than 200 membrane roof components.
Bahrain World Trade Center is also the world’s first skyscraper that can continuously provide renewable energy for itself.
Building solar panels in the future may become standard configuration.
Even the traffic lights on the streets were not on because of the power cut-off, which caused great inconvenience to people’s daily life.
It is estimated that the annual power generation can reach 1.1 million kwh, which is equivalent to reducing about 1000 tons of carbon dioxide per year.
It is generated by sunlight and can be converted into electric energy required by buildings through solar photovoltaic panels.
In order to prevent the movement of the fan from resonating with the bridge, the architects made a precise model to simulate the intensity airflow in 199 different climates.
The building is equipped with three wind turbines, which can provide 1.2 million kwh of power for the building every year, equivalent to the annual power consumption of 300 families.
Xiong’an high-speed railway station, can the technology of solar panels be used in ordinary houses? Mad cooperated with the solar equipment manufacturer (hanergy) to design a “garden home” in 2018, which is a vision of future housing between architecture and landscape.
As early as 2015, Tesla launched an energy storage battery with a price of $3000.
The railway station adopts glass curtain wall with smooth lines.
The power generated every day is enough for a family of three.
Some high energy consuming factories have been shut down directly for one month, and some places require “three starts and four stops” or even “two starts and five stops” and “one starts and six stops”.
Driven by the base, the whole building can rotate.
Reducing the energy consumption of buildings and organically combining the energy system and architectural aesthetics is not only the inevitable trend of the future construction industry, but also the social responsibility of architects.
Apple’s new headquarters The newly completed new Jiaxing railway station is a new landmark designed by well-known architectural designer Ma Yansong.
The design of the triangle is to effectively change the distribution of wind, so that the wind above and below the building can be basically consistent.
Many buildings can not only supply power by themselves, but also supply excess energy to nearby buildings.