自然界中有许多生物有效调节温度的例子，令人印象深刻。例如，白蚁在蚁窝里建立起复杂的类肋状系统，用以保持温度恒定。小米的脚板电暖器在构造上也借鉴了自然对流的原理。其加热原理主要是基于冷热空气的对流，冷空气从底部进入设备而后升起，而热空气从设备顶部散出，形成对流效果。与传统的电扇加热器相比，运用对流原理的优势在于它几乎不卷起灰尘，从而保持了室内空气的清净。同时，还减少了水蒸发，平衡了室内湿度。外观上，该电暖气片以一种和谐平衡的美感令人着迷。其设计一体成型，将所有元素有机连贯的融合在一起。水平对齐散热片使设备整体变薄。此外，华夫饼状的散热片完美地隐藏在通风口内，确保了整体外观简洁无缝，不存在任何视觉上的干扰。专为放置在房间角落而打造，可以瞬间提升了任何室内的格调。用户还可使用其配套的应用程序，根据个人日常需求来自动控制供暖时间。

There are many impressive models for effective temperature regulation to be found in nature. Termites, for example, manage to maintain a constant temperature in their nests by using complicated rib-like systems. The Mi Baseboard Heater too has adopted the principle of natural convection in its construction. Its heating effect is based on the fact that cold air enters and rises from the bottom of the device, while hot air radiates from the top to form a convection effect. Compared to conventional fan heaters, the advantage of the convection principle is that it whirls up only little dust and therefore keeps the indoor air comparatively clean. At the same time, it lowers water evaporation, which in turn contributes to balancing the indoor humidity. This radiator captivates with a harmoniously balanced language of form. Its design incorporates the maxim of a unibody shape that unites all elements in a coherent manner. Aligning the radiating fins horizontally allowed for slimming down the entire body of the device. In addition, the waffle-shaped fins are perfectly hidden in the vent, ensuring an overall appearance that is clear and seamless as it does without visually disturbing elements. Designed especially for use in room corners, this radiator enriches any ambience. An accompanying app offers users the option of automatically controlling the heating schedule and adapting it to their daily needs and routine.