Solar Technology Fills the World with Gansu Flavor

Technology is the engine of economic growth and is the main driving force for improving the overall national strength of a country. Promoting the transformation of scientific and technological achievements and accelerating the industrialization of scientific and technological achievements has now become a new trend in science and technology policies in various countries around the world. The Gansu Academy of Sciences, as an important force in the scientific and technological field in Gansu Province, has been led by the deepening of reforms in the science and technology system. It has also focused on improving independent innovation capabilities, accelerating the transformation of scientific and technological achievements, strengthening the construction of scientific and technological innovation platforms, and effectively promoting the optimization and upgrading of industrial structures. A Road to Technological Innovation Adapting to the Features of Gansu Province . The Institute of Automation, the Institute of Natural Energy, and the Institute of Magnetic Devices, affiliated to the Gansu Academy of Sciences, have been rushing to the forefront of scientific research positions in Ebara and are active in the Chinese science and technology front and even cheer the world. It has made great achievements in assisting the development of the cultural industry, expanding domestic training and international exchanges, and developing new world-class products.

Ten billion pixel capture robot "Dunhuang Kid" came out

Automated research so science and technology help the development of the cultural industry

At the 2014 China Museum and Related Products and Technologies Expo held in Xiamen, the “Dunhuang Kid”, a three-dimensional real-time collection robot of 10 billion pixels of artifacts independently developed by the Institute of Automation of Gansu Academy of Sciences caused a sensation and was also a research for China. The promotion of Dunhuang mural art provides technological support.

According to report, the Institute of Automation of Gansu Academy of Sciences has achieved fruitful results in the collection and application of cultural heritage data. The Gansu Barn Imaging Technology Co., Ltd. has jointly established a digital collection and copying center for cultural relics and historic sites. The center has developed 10 billion pixels. The high-accuracy acquisition and replication system of literature, history and historic sites has obtained 5 national invention patents and reached the international advanced level. It has achieved the ultimate collection and recording of high-precision data of cultural heritage, and has used this technology to produce Dunhuang murals Jin tomb brick painting art reproduction, well-known artist art data records and application results.

A few years ago, Gansu Barn Imaging Technology Co., Ltd. encountered a problem. The best camera shot had more than 20 million pixels. It could not be used to identify artifacts, and it could not be used to copy artifacts. Therefore, this company proposed to the Provincial Academy of Sciences Automation, whether it can develop high-precision image acquisition technology. The provincial automation institute immediately organized personnel to develop intelligent control technology and automatically stitch images. In this way, a six-axis intelligent billion-pixel acquisition system was born, and the image accuracy satisfies the needs.

However, this machine can only take pictures of Dunhuang murals and other artifacts, and can not take artifacts such as pots and artifacts. How can 360-degree three-dimensional rotation shooting, and then automatically stitched images. After 5 years of research and development by the provincial automation institute, the “Dunhuang Kid”, a three-dimensional real-time collection robot for cultural objects with 10 billion pixels, was finally born. At the same time, it obtained 1 national invention patent and 4 national utility model patents. On November 16 this year, at the high-tech fair held in Shenzhen, the “Donhuang Kid” unveiled and immediately became the focus. The Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences and the Institute of Automation of the Provincial Academy of Sciences agreed that both sides will jointly build a “Digital Museum Technology Joint Laboratory”. On November 23, the Dunhuang Kid at the 2014 Museum Exposition held in Xiamen caused a sensation again, demanding snow flakes.

It is understood that Dunhuang Kid currently has only a "lab version" and no "market version." To create a "market version", we must also carry out industrial design and formulate various standards, and we need to invest more than 20 million yuan. At present, the provincial automation institute is in full swing to carry out this work.

Li Tao, Director of the Institute of Automation of the Provincial Academy of Sciences said: The development of Dunhuang Kid, a 3D real-time pixel 3D pixel collection robot, uses digital technology to restore cultural relics and cultural heritage, and assists the cultural industry with science and technology. It is bound to promote the construction of an inheritance and innovation zone of Gansu Huaxia civilization. The cultural heritage protection of the Silk Road and the promotion of Gansu's cultural development and industrial development have played a positive role.

34 years of training 1300 technical management talents for 121 countries

Natural energy uses clever use of solar energy to warm up the world

The sun not only brings warmth to humans, but also brings light to the world and nurtures the growth of all things. With solar energy being productive, several generations of experts from the Gansu Natural Energy Research Institute have adopted solar energy enthusiasm. While applying solar energy technology to the vast land of Shenzhou, the selfless promotion of the Chinese people has spread to more than 120 countries on five continents. The region became a beautiful card for publicizing Gansu and even China.

In 1978, when the spring of science and technology in China came, the Natural Energy Research Institute of the Gansu Provincial Academy of Sciences was born. China's first active and passive solar house was built soon in the desert oasis on the Hexi Corridor, and accumulated valuable experience, data, and data for the research of solar building technology in China. In 1983, Asia's largest solar heating and cooling technology experimental demonstration base was built in Suizhong, and 16 kinds of solar buildings still emulate it at home and abroad.

Since 1980, a group of world-renowned solar energy engineering scientists from the United States, Japan, Australia, France, Canada and other countries have been invited to study and exchange with Chinese experts such as the Chinese Academy of Sciences and Tsinghua University to start China’s solar energy. Research made pioneering contributions. From 1991 to the end of 2013, 48 "International Solar Technology Training Courses" have been held. More than 1,300 solar technology talents have been trained in 121 countries on five continents. There are more than 3200 political figures, envoys, and experts from more than 100 countries. Come visit.

The Energy Institute not only attaches importance to technical training for developing countries, but also actively participates in technological exchanges and cooperation in developed countries, and timely establishes the International Solar Energy Technology Promotion and Transfer Center of the United Nations Industrial Development Organization. Helped Tanzania prepare a five-year plan for the development of solar energy in the country, help Côte d'Ivoire formulate a national plan for the promotion and utilization of photovoltaics, conduct technical training for solar cookers and solar water heaters in countries such as Djibouti and Pakistan, and assist Cuba in building a solar cell production line. In addition to undertaking domestic "first national 863 MW-level demonstration of solar photovoltaic power generation", "Eleventh Five-Year" national science and technology support plan, "national major international cooperation" and other projects, but also carried out with the United States, Japan, Germany and other countries Solar energy technology cooperation projects; cooperation with relevant solar energy technologies in South Pacific, Africa, Asia, and South American countries has become a window, bridge and platform for Gansu Province's opening up, cooperation and exchanges.

According to Xi Wenhua, director of the Gansu Natural Energy Research Institute and director of the International Solar Technology Promotion and Transfer Center, solar energy, as a green and clean energy source, is well-suited for a wide range of global warming and environmental pollution. The promotion and utilization of Gansu Province is a major province of new energy and a demonstration province of circular economy. There are many articles that can be used to promote the use of new energy.

The world's first fourth-generation high-temperature gas-cooled reactor nuclear power plant will use Gansu products

Magnetic Device Institute and Tsinghua University Actively Develop New Products

The reporter learned from the Gansu Provincial Academy of Sciences that the magnetic device research institute of the Institute was commissioned by the Nuclear Energy and New Energy Research Institute of Tsinghua University to successfully develop a magnetic drive for the fuel loading and unloading system of the high-temperature gas-cooled reactor nuclear power plant. This achievement has solved the key technical problems such as the stability of the magnetic drive's synchronous rotation, elimination of the lag angle, permanent magnet fixing technology in the irradiation environment, and was listed as the only magnetic drive controller of the fuel handling system of the high temperature gas-cooled reactor nuclear power station. The successful development of this project also means that the world's first 200,000 kilowatt-class high temperature gas-cooled reactor nuclear power plant with the safety features of the fourth-generation nuclear energy system will use products marked by Gansu.

According to reports, the magnetic drive is an important component of the high-temperature gas-cooled reactor nuclear power plant integrated unloading device and fuel delivery conversion equipment. The major special project of the high-temperature gas-cooled reactor nuclear power plant is one of the 16 major projects identified by the country during the “Eleventh Five-Year Plan” period. The goal is to build the world's first 200,000 kilowatt-class high temperature gas-cooled reactor nuclear power plant with the safety features of the fourth-generation nuclear energy system. Tsinghua University’s Institute of Nuclear and New Energy undertook a national “863” plan, and commissioned the Provincial Institute of Magnetic Devices to develop a magnetic drive for high-temperature gas-cooled reactor nuclear power plant fuel handling systems. After numerous scientific and technical personnel research and development experiments day and night, the project was finally completed and passed the expert review organized by the Science and Technology Department of Gansu Province.

The Institute of Magnetic Devices of the Provincial Academy of Sciences was established in 1988. It is the first R&D institution in China that uses rare earth permanent magnetic materials for permanent magnet transmission, magnetic devices, magneto-mechanical engineering, and magneto-mechanical integration projects. The first magnetic pump in China was completed in Lanzhou, Gansu Province in 1981. Magnetic transmission technology was successfully developed in 1978 and was first applied to the aerospace industry in the motherland. As of now, it has been widely used in electric power (nuclear power), oil fields, oil refining, and petrochemicals. , chemicals, fertilizers, metallurgy, food, and pharmaceuticals. After more than 20 years of development, it has become a leader in the field of magnetic drive technology in China. It has undertaken several tasks for military engineering research. The products represent the most advanced level of magnetic transmission equipment in China.