《时代》周刊在评语中称，当前笔记本电脑用户普遍受限于墙壁插座，而联想Yoga太阳能笔记本通过 在上盖嵌入背接触式光伏电池，可实现室内外光线的高效收集以用于设备充电。该笔记本机身厚度为15 毫米，将24%的光伏转换效率与"太阳能优先"算法结合，此算法能在为设备实时供电的同时，将多余电 荷进行存储。实测数据显示，该设备在阳光下充电20分钟，可支持1小时的视频播放。 近日，美国《时代》周刊发布有史以来规模最大的年度最佳发明榜单，共收录300项跨领域创新，覆盖 机器人技术、无障碍功能、人工智能、设计、健康等多个方向。其中，联想Yoga太阳能笔记本电脑 (Yoga Solar PC)、宇树科技的Unitree R1人形双足机器人、DeepSeek R1推理大模型等产品入选。 《时代》周刊"年度最佳发明"榜单自2000年起推出，长期被视为全球科技与创新领域的重要参考，其评 选对象涵盖技术突破、产品及创意，且往往与行业未来趋势相关。 值得关注的是，此次联想这款太阳能笔记本的入选，成为太阳能技术在消费电子领域应用的一个标志性 事件。 公开信息显示，联想Yoga太阳能笔记本曾于2025年3月的世界移动通信大会(MWC)上亮相， ...

Core Viewpoint - Bloomberg's article emphasizes that Lenovo's solar-powered laptop is not merely a marketing gimmick, highlighting its potential in renewable energy technology [1][3]. Group 1: Product Features - Lenovo showcased a concept device, the Yoga solar-powered laptop, at the recent MWC, claiming it can generate enough power in 20 minutes of sunlight for one hour of video playback [3]. - The laptop features a 14-inch display with solar cells on the lid, achieving a claimed photovoltaic conversion efficiency of 24%, capable of producing approximately 12 watts of maximum power output under ideal conditions [3][5]. - The prototype has a thickness of 15mm and weighs 1.22kg, with advancements in solar technology allowing for lightweight and thin solar cells without significantly increasing the device's size [5]. Group 2: Technological Advancements - The laptop incorporates energy-efficient OLED screens that illuminate only necessary pixels, conserving power during darker scenes [5]. - The use of "back-contact cells" maximizes sunlight exposure, representing a significant technological advancement in solar energy applications for laptops [5]. Group 3: Market Potential and Future Outlook - Analysts express optimism about the future of fully solar-powered laptops, noting rapid research advancements and laboratory results showing efficiencies exceeding 30% [6]. - The evolution from earlier, bulkier solar laptops to Lenovo's sleek prototype indicates significant progress in the industry [6]. - If fully solar-powered laptops become a reality, there will be pressure to integrate this technology into all portable electronic devices with sufficient panel space, potentially eliminating the need for traditional chargers [6].