AGC：太陽光発電できる「窓ガラス」：シンガポール工科大（動画）：
AGC: “Window glass” that generates solar power: Singapore Tech：
AGC：可产生太阳能的“窗玻璃”：新加坡理工学院
ーシンガポール工科大に採用ー
AGC：
2021年9月9日
「AGCの太陽光発電できる窓ガラスが、シンガポール工科大ブンゴルキャンパスに、
採用された」と発表した。
シンガポール工科大学
プンゴル新キャンパス：2024年に完成予定。！
シンガポール建設局が設けるSLE（Super Low Energy）認証取得を目指す。
SLE認証とは：
SLE認証は、
従来の建物で、必要なエネルギーを、
省エネを40％以上削減した建物に、
与えられる認証だ。
AGCの太陽光発電ガラス：
AGCの太陽光発電が可能なガラス建材が、キャンパス・フードコート天窓に採用。
キャンパスのエネルギー源の一つとして活用される。
太陽光 – スマートジャパン
https://www.itmedia.co.jp/smartjapan/articles/2109/14/news101.html
AGC’s Photovoltaic Glass Adopted by Singapore Institute of Technology
AGC Inc.
has announced that its photovoltaic glass has been adopted at the Singapore Institute of Technology’s new Punggol campus, scheduled to open in 2024.
The new Punggol campus of the Singapore Institute of Technology
is scheduled to be the first in Southeast Asia to install an urban multi-energy microgrid*1
that will decentralize energy sources and enable the effective use of local renewable energy sources,
with the aim of obtaining the Super Low Energy (SLE) certification established by Singapore’s Building and Construction Authority.
AGC’s photovoltaic glass, to be installed in the skylight of the food court on the campus,
will be used as one of the energy sources*2, contributing to the reduction of the campus’ reliance on electricity derived from main grid.
It will also enable natural lighting, which is an inherent feature of glass, to create a bright and inviting interior space.
*1 Multi-energy microgrid
A system to stably supply electricity by installing small-scale power generation facilities near consumers and using decentralized power sources such as solar, storage batteries, EVs, etc., instead of purely relying on power supplied from the main grid.*2 The area of AGC’s photovoltaic glass used in the campus is about 400m2, equivalent to 57.7Kwp rated output. Rated output is a value that indicates how much power a solar installation can generate under predetermined conditions (standard conditions).
News ｜ AGC