A smart helmet is an advanced piece of headgear integrated with technology to enhance safety, communication, and convenience. Equipped with features like GPS navigation, Bluetooth connectivity, voice control, cameras, and sensors, smart helmets are commonly used by motorcyclists, cyclists, construction workers, and athletes to improve safety and situational awareness. They can detect impacts, provide real-time information, and allow hands-free communication, making them ideal for high-risk activities.
Smart helmets are advanced protective headgear equipped with various technologies designed to enhance safety, communication, and user experience. There are several types, including smart motorcycle helmet, which incorporate GPS navigation, rear-view cameras, and voice-activated controls. Smart bike helmet often include crash detection and real-time fitness tracking, while helmets for industrial workers can have sensors to monitor environmental conditions like air quality or temperature. The future of smart helmets is likely to see further integration of augmented reality (AR) for hands-free navigation, more advanced health monitoring systems, and enhanced connectivity with smart city infrastructure. As technology advances, these helmets will likely become lighter, more efficient, and offer more personalized safety features, making them an essential tool across industries.
Smart helmets typically require lightweight, rechargeable batteries with a high energy density to power sensors, cameras, lights, and communication systems. Lithium-ion or lithium-polymer batteries are commonly used due to their compact size and long life. The voltage ranges from 3.7V to 7.4V, while the capacity typically falls between 500mAh and 3000mAh, depending on the helmet’s features. The battery size and shape must be compact and flexible to fit within the helmet's limited space without compromising comfort. Challenges include managing battery life for extended use, maintaining safety (especially in crashes), and addressing heat dissipation and weight distribution concerns.
Grepow offers a C-shaped pouch LiPo battery with an impressive energy density of up to 460Wh/L and a lifespan of 1,000 cycles. Additionally, it supports fast charging, making it highly efficient for modern applications. The unique hollow center design is particularly well-suited for use in smart motorcycle helmets and smart bike helmets, where it can be seamlessly integrated into the helmet's structure. This shape not only optimizes space but also provides enhanced protection, minimizing the risk of damage to the battery in case of impact. Additionally, Grepow offers precise battery customization based on the specific dimensions of your smart helmets, ensuring optimal performance for the final product. This tailored approach ensures the battery perfectly fits the helmet design, balancing power, safety, and efficiency.
Pouch C Shaped Lipo Battery
Model No. | Full Charged | C-rate | Capacity | Thickness | Width | Length |
4.2V | 1C | 280mAh | 6.0mm | 29mm | 32mm | |
4.2V | 3C | 200mAh | 3.0mm | 28.2mm | 30mm |
*Grepow C-shaped lithium polymer battery series is fully compatible with the design of smart devices, providing more options for your device in terms of shape design. C-shaped lithium batteries are available in different capacities, sizes and voltages, and if there are special requirements. We have the ability to provide you with the right solution for your C-shaped battery application.
