Consistent Infosystems, a leading IT hardware, surveillance, and electronics brand, has launched its 36W Solar Power Hub with a 13,500mAh Li-ion battery, designed to support CCTV systems, IoT devices and other compatible low-power equipment in outdoor and remote deployments. The power hub combines solar charging and battery storage in a single device, offering an alternative to conventional power connections for supported applications.
The Solar Power Hub delivers a maximum output of 36W and features a 13,500mAh Li-ion battery for storing solar-generated power. It is equipped with a Smart Battery Management System (BMS) for battery management and includes over-temperature protection. The device also carries an IP65 rating, making it suited to outdoor environments.
The product is designed for installations such as CCTV cameras, remote monitoring points, perimeters and other outdoor locations where establishing a conventional power connection can be challenging. By integrating solar generation and energy storage, this Consistent device can help simplify power deployment for compatible surveillance and IoT equipment in locations with limited access to fixed electrical infrastructure.
Commenting on the launch, Mr. Yogesh Agrawal, CMD and Co-Founder, Consistent Infosystems, said, “As surveillance and IoT applications continue to expand across diverse environments, reliable power support has become an important part of the overall infrastructure. With our 36W Solar Power Hub, we aim to provide a practical solution that combines solar power generation, battery backup, and intelligent power management. This launch reflects our focus on developing reliable solutions that address the evolving requirements of India’s surveillance and IoT ecosystem.”
As surveillance and connected devices continue to expand across outdoor and distributed locations, access to suitable power infrastructure remains an important consideration for deployment. Solar-powered systems can provide an alternative approach for extending such installations to locations where conventional electrical connections may not be readily available.
