National Taiwan University of Science and Technology

No.43, Sec.4, Keelung Road, 10607 Taipei

Telephone +886 93 6159888
Fax +886 22 7376576

Trade fair hall

  • Hall 10 / D25
 Interactive Plan

Hall map

glasstec 2016 hall map (Hall 10): stand D25

Fairground map

glasstec 2016 fairground map: Hall 10

Our range of products

Product categories

  • 03  Glass products and applications
  • 03.04  Solar technology
  • 03.04.03  Solar architecture and building integrated photovoltaics (BIPV)

Solar architecture and building integrated photovoltaics (BIPV)

Our products

Product category: Solar architecture and building integrated photovoltaics (BIPV)

Heat Insulation Solar Glass

The glass is very unique in the world due to it can generate solar power to supply all the energy consumption from cooling and heating system and still remain some power to feed back into grid. There is no possibility for any other Low-e glass in the world to reach this target. The reflection of the heat insulation and reflection film can enhance the solar power generation and heat insulation simultaneously to gain more renewable energy and reduce more energy consumption from cooling and heating system. According to the test result of three real glass houses site testing at National Taiwan University of Science and Technology the Heat Insulation Solar Glass (HISG) house performed outstanding energy efficiency while compared with normal and low-e glass house. Based on a continuous site testing from Oct. 2014 to June 2015 of 3m x 3m x 3m glass houses, the HISG house gained 685 kWh during this period. It can supplied all the heating and cooling consumption of 317 kWh during this period and remained 368 kWh feeding back into grid. Contrarily, the ordinary glass house consumed 587 kWh on cooling and heating system. The energy efficiency during this period could be 955 kWh due to the contribution from HISG. The HISG has been proved to possess the highest capacity of energy efficiency for zero energy buildings in the world. The HISG could be applied on the vertical window or skylight for zero energy buildings. According to a computer simulation on the energy saving of a 26m x 26 m skylight on a 4 m high building in London and Abu Dhabi, the HISG can save 173,993 kWh and 256,512 kWh and decrease CO2 of 121,795 and 179,558 kg respectively while compared with normal glass. The HISG is very unique in the world for zero energy buildings in the future.

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Our trade marks

About us

Company details

The National Taiwan University of Science and Technology was founded on August1, 1974, as the National Taiwan Institute of Technology (NTIT). It was the first higher education institution of its kind within our nation’s technical and vocational education system. By extending this system to the highest level, this new school was intended to meet the need created by our rapid economic and industrial development for highly trained bachelor’s degree-level engineers and managers. In 1979 and 1982, NTIT added master’s and doctoral programs, respectively.

On August 1, 1997, NTIT was upgraded to university status and changed its name to the “National Taiwan University of Science and Technology,” also known as “Taiwan Tech.” At that time, the school reorganized itself into the five colleges. After thirty years of growth and evolution, currently, Taiwan Tech is comprise of seven colleges, including engineering, electrical and computer engineering, management, design, liberal arts and social sciences, applied science, and intellectual property studies.

Taiwan Tech has five campuses: the main Taipei campus and branch campuses at Tu-Cheng, Keelung, Gong-Guan and Chupei, with a combined total area of 29.44 hectares. The main campus, situated in a district of Taipei with convenient transportation and beautiful surroundings, covers an area of about 10 hectares. Current enrollment includes 5,605 undergraduates and 4,902 graduate students with 415 full-time faculties.

Our vision is to build Taiwan Tech into an international applied research university producing high-tech and management personnel with the ability to compete on a global level, thus supporting the future growth of our nation and society.

Our overall goals are to employ multifaceted excellence, innovative expertise, technology integration, and holistic education on the platforms of intelligent green building technology and creative design while recruiting internationally-renowned professors to help us achieve cutting-edge breakthroughs in all aspects of our teaching and research. This will inspire the development of the entire university, neighboring academic and research institutions, and local industry in the upgrading of our national ability to compete on a global stage.

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