Battery capacity plays a major role in how heated apparel performs and feels in daily use. This article explains how to choose the right battery capacity for heated gloves, jackets, and socks, focusing on runtime expectations, wear comfort, and system efficiency. Written from an engineering perspective, it helps brands and OEMs avoid common capacity selection mistakes in heated clothing design.
Battery safety is a critical concern in heated apparel, where batteries operate under continuous load and close contact with the body. This article explains how overheating risks arise, how BMS protection works, and why certifications such as CE and UL matter. Written from an engineering and compliance perspective, it helps brands and OEMs understand how battery safety is achieved in real heated clothing systems.
Battery runtime is one of the most common questions about heated jackets, yet it is often misunderstood. This article explains how long a heated jacket battery should last under real-world conditions, why advertised numbers can be misleading, and which factors most affect runtime. Written from an engineering perspective, it helps brands and users set realistic expectations for heated jacket performance.
