Micro solar Cell Module

YIM efficient micro solar component technology reply on the space power products, the conversion efficiency is 30%. The thickness of the component is less than 1 mm, and have good tolerance to high energy density and special environment, light quality, preparation into various shapes of the structure of the miniature solar cell module, which can be used in wearable devices and micro devices for power supply continuously, moreover, power supply for micro region can be realized.

Micro TJ solar cells are ideal for GPS trackers, IoT, drones and precision instruments that require efficient solar cells.

In the field of wildlife research, solar cells play a key role in bird tracking locators, providing continuous power to the devices and ensuring that they can record bird activity trajectories and location information stably for a long time. This type of battery usually uses high-efficiency photovoltaic materials, which can efficiently convert solar energy into electrical energy to meet the operational needs of trackers. Small solar cells related to it are widely used in various scenarios due to their compact and lightweight characteristics. It can flexibly adapt to devices of different sizes and functions. In terms of powering bird tracking locators, small solar cells, with their advantages of small size and easy integration, can be cleverly integrated into the compact structure of the tracker, ensuring stable energy supply without increasing excessive weight and volume, and reducing the burden on bird flight. The cubic solar cell module has a unique structural design, which is composed of multiple small solar cell units combined in a cubic shape. This design allows it to maximize the solar energy collection area in a limited space and improve power generation efficiency. IoT dedicated solar cell modulesare often used in devices with relatively high energy demands and special requirements for space utilization. If applied in the field of bird tracking, their efficient power generation capacity can provide stronger and more stable power support for trackers, especially suitable for bird tracking projects that require long-distance migration monitoring and large data transmission, helping researchers to more accurately and comprehensively grasp important information such as bird migration routes and habitat habits.