ＡＧＣ株式会社　建築ガラス アジアカンパニー List of Products and Services

AGC's solar power-generating glass has been adopted at Takanawa Gateway Station, which opened on March 14, 2020, in Shinagawa, Tokyo. Takanawa Gateway Station aims to be a gateway connecting Tokyo to the world, based on the concept of "Global Gateway Shinagawa." It is positioned as a place to start new initiatives, with the introduction of the latest station service facilities and ongoing demonstration experiments. As part of this effort, AGC's "Sunjule" series, which combines solar power generation functionality with the bright spaces characteristic of glass, was adopted from the perspective of wanting to balance the "Eco Station" initiatives promoted by JR East, which incorporate environmental conservation technologies, with a design that ensures ample natural light. The "Sunjule" has been installed in two locations: the roof of the platform for trains heading towards Tokyo and the glass walls within the station, contributing to a station that considers both the environment and comfort. *The initiative to introduce various environmental conservation technologies, such as energy-saving and renewable energy, into the station. It is based on four pillars: "Energy Saving," "Energy Creation," "Eco Experience," and "Environmental Harmony," with each eco menu being implemented at the station. (Image provided and photographed by JR East and JR East Architectural Design Co., Ltd.)

• Plate glass and mirrors

AGC's solar power generation glass "Sunjoule" has been adopted for the entrance canopy of the National Institute of Advanced Industrial Science and Technology's Zero Emission International Collaborative Research Center. The Zero Emission International Collaborative Research Center was established in January 2020 at the Tsukuba Center West Office of AIST, and conducts research in collaboration with some of the world's leading national research institutions to create innovative environmental innovations aimed at realizing a zero-emission society. The entrance canopy of the center is designed as a "Zero Emission Tree," a symbol of a decarbonized society, inspired by the lush trees on the premises that tell the story of AIST's history. The installed Sunjoule has a power generation capacity of 6.9 kW, equivalent to the entrance lighting power inside the building, and its arrangement of cells mimicking leaves creates a dappled sunlight effect. (Photo provided by Shinkenchiku-sha Photography Department, Design and Construction: Shimizu Corporation) *For more details, please refer to the PDF document or feel free to contact us.

• Plate glass and mirrors

AGC's solar power generation glass has been adopted for the new campus of Singapore University of Technology and Design, scheduled to open in 2024. This campus aims to obtain the SLE (Super Low Energy) certification established by the Building and Construction Authority of Singapore, which is awarded to buildings that reduce energy consumption and generation by over 40% compared to conventional buildings. The adoption of solar power generation glass contributes to this goal. By generating power on-site with AGC's solar power generation glass, the campus will reduce its dependence on large-scale power plants, while also allowing for natural lighting, creating a bright space.

• Window and shutter openings

AGC, in collaboration with wall material manufacturer Nozawa, has developed a method for installing solar panels called "Asrock Rail Fastener Solar Panel Installation Method" (provisional name), which enables power generation through building walls (patent pending). As the lack of space for installing solar panels has become a challenge, promoting this installation method will contribute to improving the energy self-sufficiency rate of buildings. Moving forward, we aim to conduct trial sales towards practical application in buildings such as offices, with the goal of starting sales by the end of 2023.

• Systems Architecture

"Sanjuu SUDARE" is a new product of the glass-integrated solar panel "Sanjuu," which uses glass on both sides. By utilizing monocrystalline solar cells, it achieves transparency while maintaining power generation efficiency. Its appearance evokes the image of traditional Japanese sunshades and matches well with Japanese-style architecture. As a custom-made product, it can be tailored according to the scale of the project. 【Features】 ■ High Transparency ■ When installed on windows or roofs, it offers a clear view from the inside. ■ High Light Transmission ■ While providing shade, it does not become too dark and fulfills its function as glass. ■ High Design Quality ■ With an appearance reminiscent of sunshades, it is also recommended for use in window areas (vision areas). *For more details, please download the catalog or contact us.

• Plate glass and mirrors

In response to the growing global interest in "decarbonization" and "sustainability," "perovskite solar cells" have recently attracted attention as solar panels to be installed in buildings such as offices. This document explains the basic knowledge of perovskite solar cells, the background of their increasing attention, the differences from conventional silicon solar cells, the latest development trends, and efforts toward practical application. AGC is working on the development of a new "Sunjoule" that uses perovskite solar cells, in addition to its existing power-generating glass "Sunjoule" that utilizes silicon solar cells. This document discusses the potential of perovskite solar cells based on these initiatives. *The document can be viewed via "Download."

• Plate glass and mirrors

This product can generate electricity from various glass parts of buildings (such as windows) and contributes to decarbonization (CO2 reduction). It is particularly effective in situations where solar panels cannot be installed on the roof. (It can be utilized in facades, skylights, louvers, handrails, walls, etc.) Additionally, it can be used without issues in snow-prone areas due to its vertical installation. It contributes to the carbon neutrality of companies and municipalities, as well as the realization of ZEB (Net Zero Energy Buildings)! There are also cases eligible for subsidies in addition to ZEB. We can provide one-stop consultation, including equipment, through the AGC Group, so please feel free to contact us if you are interested. 【Features】 - The grid-like arrangement of cells creates a unique space with light and shadow. - Light passes through the gaps between the cells and surrounding areas, achieving a balanced lighting and shading effect. - Various installation methods are possible, including frameless options, ensuring design flexibility for creating open spaces. - Leveraging technology developed for building glass, we supply large reinforced or heat-treated glass modules with a consistent responsibility system from construction to delivery. - The modules are highly durable and have a long lifespan. - With extensive design and construction capabilities for openings, we install reliable power generation systems.

• Plate glass and mirrors

The "Integrated Building Material Solar Power Generation Sunjour" is a solar power generation system based on a reinforced laminated glass type, featuring a light-transmitting, frameless, large module design. It is a highly aesthetic system that combines openness and thermal shielding performance, and we propose it for eco-stations. [Examples of Use] - Free passageways - Vision areas - Skylights - Elevation areas - Others, such as streetlights, fences, signboards, clock towers, etc. *Please download the catalog for examples of use!*

• Tempered Glass System