IT デリーの新ハイブリッド ACは,冷暖化エネルギーの消費を41.5%まで削減し,塩に基いて湿気を除去し,排気熱の再生を図る. IIT Delhi's new hybrid AC cuts cooling energy use by up to 41.5% using salt-based moisture removal and waste heat regeneration.

IIT デリーの研究者は,冷却に関連した電気の利用を41.5%削減できるハイブリッドエアコンを開発した. Researchers at IIT Delhi have developed a hybrid air conditioner that could cut cooling-related electricity use by up to 41.5%, with early tests showing a consistent one-third reduction. この装置は伝統的な冷凍と水溶液とを併せて,入り来る空気から水分を除去する塩溶液を使い,過熱のエネルギーの必要を軽減する. The system combines traditional cooling with a liquid desiccant using a salt solution to remove moisture from incoming air, reducing the need for energy-intensive overcooling. ポリマー膜は室内の空気への塩の侵入を防ぎ,ACの冷凝器からの廃棄熱は乾燥剤を再生し,追加のヒーターの必要性を排除します. A polymer membrane prevents salt from entering indoor air, while waste heat from the AC’s condenser regenerates the desiccant, eliminating the need for extra heaters. (2018年3月18日). https://www.oricon.co.jp/news/news/news/article/news/2037-38/ 2037-38年3月3日閲覧. ^ "研究状況及び建設工学誌に詳細を記載した技術は,エネルギー費の削減と排出の削減に伴うインドの冷却需要の増加に対処することを目指す. The technology, tested in lab conditions and detailed in the Journal of Building Engineering, aims to address India’s rising cooling demand, which could triple by 2037–38, while lowering energy bills and emissions.