2025年5月16日，“基于热舒适性预测的智能控制空调的高能技术和高能噪声比的应用科学和技术成功”，由小米智能家庭用具（Wuhan）Co，Ltd.问题，并同意该项目的结果达到了国际最高水平的全单元类型，空中宗教和智能控制的条件以及基于条件的高能量噪声比率技术的条件。小米智能家具（Wuhan）Co，Ltd。的总经理Shan Lianyu说，小米空调Sumunod在明智的基因中，并根据用户需求鼓励现代技术。将来，小米生病继续增加其对技术的投资，并发展为人们服务的更多科学和技术成就。 Sa panahon ng pagbili at paggamit ng mga gitnang air conditioner ng bahay, may mga problema sa bottleneck tulad ng mahirap na hulaan ang epekto ng layout ng pag-install sa thermal comfort, mahina na kagamitan ng pakikipag-ugnay sa kapaligiran, at ang kilalang mga pagkakakasalungatan sa pagitan ng pagganap在ingay，na nagpapahirap para sa mga gumagamit na masuri ang ang karanasan sa pagpiLi ng kappiLi ng kapasidad at pag-install ng mga ng mga空调，ang pag-save ng eng eng eng eng naga inga karan karan karan karan porterer porterry na karan porters porters porters porter na karan porther porther porther porther porther portherport为了响应上述问题，小米开发了以下创新技术：创新1：基于AI，自适应室热舒适预言技术已经建立了用于空调和房间热舒适CNN-LSTM的高精度负载模型，该模型生成了选择MU的方法lti-objective optimization for all-house, and developed the optimization of thermal visual selection of platform to find the quick-use-ordering selection of platform to find the quick use of oriented selection of platform platform to find the quick use of oriented selection of platform selection platforms to find fast use-or-or-or-appointed selection of platform selection platforms to find fast use-or-oriented selection of platform selection platforms to find fast use-or-or-or-appointed selection of platform选择平台选择和安装优化优化。创新技术2：基于多目标轨迹跟踪的智能控制技术和超范围内的人类侵袭，这是一种基于超范围的位置检测检测的双MM波避免操作控制，可显着降低能量操作并改善个人经验。现代技术3：基于多维噪声抑制和全速DOM的能量比率AIN自适应控制使用多个阻止噪声和抑制作用的噪声，例如优化管道管道和管道结构的优化，结合电压和当前混合的继电器模型以及低多参数优化控制，以实现广泛的域温度和高噪声噪声的稳定操作。目前，小米研究的结果适用于家用空调产品，这为有形节能的用户带来了节能和改进的经验。将来，小米将继续以技术为导向，并创造更多领先的技术成就。