Outdoor Solar Power Kit for IoT and Remote Monitoring

This Outdoor Solar Power Kit is your compact, weather-resistant energy solution for keeping outdoor monitoring systems up and running without relying on grid power. It's designed with the adaptability to work seamlessly with IoT platforms like LoRaWAN, NB-IoT, and 4G/5G gateways. The heart of this kit is a durable 10W monocrystalline solar panel, which charges lithium batteries efficiently, providing consistent 12V and 5V power outputs. From powering Raspberry Pis to Arduino boards and industrial sensors, it supports a range of devices, essential for projects like environmental monitoring, precision farming, and smart city infrastructure.

With its dual output voltages, this system offers incredible versatility. The 12V/1A and 5V/1A outputs allow for powering heavy-duty industrial sensors alongside low-voltage IoT modules without extra converters. This makes it easy to deploy in diverse applications, as it readily accommodates both common gadgets and higher-powered devices, making your tech upgrades smooth and hassle-free.

The kit guarantees a plug-and-play setup, encapsulated in a robust, waterproof enclosure to withstand the elements. Designed with ease in mind, it requires installation of just three 18650 lithium batteries to start operation. The pre-drilled mounting lugs facilitate secure installation on various outdoor fixtures, ensuring a fast setup and dependable operation even in rough conditions.

Powered by an efficient 10W solar panel, the kit is equipped to quickly recharge batteries, needing only eight hours of strong sunlight for a full charge. In combination with intelligent battery management, including overcharge and over-discharge protections, the kit delivers long-lasting battery life, ensuring uninterrupted data collection and transmission, come rain or shine.

The intelligent battery management system at the heart of this kit incorporates vital safety features to extend battery life, providing overcharge and over-discharge prevention and cell balancing. Such intelligent oversight minimizes maintenance and ensures reliability, whether deployed in remote or rigorous environments where attention is sparse but reliability is paramount.

Note that slight visual variations in solar cells can occur due to changing internal components, but each is assured to deliver the full power output. This commitment ensures that regardless of these differences, every panel maintains the performance you need for success in off-grid operations.