6W Solar Panel for Security Camera LIYVZ 5V Camera Solar Charger 3-Pack

- IMPORTANT: The solar panel for security cam is not compatible with any plug-in cameras without battery. Please confirm your camera model before purchasing it - Generic Compatibility: 6w solar panel for security camera supports USB C & Micro-USB for 5V rechargeable battery cameras with micro USB or USB type-C port, not plug-in cameras. This solar panel for security camera provides a steady 5v charge - High-Efficiency ETFE Film: Equipped with ETFE, this usb solar panel delivers stable energy. 6w solar panel provides consistent power to keep your solar panel camera active - 360° Flexible Installation: A 360° bracket and 10ft cable make this 6 watt solar panel easy to mount. This 5 volt solar panel and camera solar panel capture maximum sunlight easily - IP66 Waterproof & Durable: Built as a tough outdoor solar panel, these small solar panels withstand rain or snow. Trust these solar panels for reliable, year-round performance - Easy Setup & Complete Kit: Quickly install your solar panel charger with our kit. Includes 6 watt solar panel and connectors. The best camera solar panel for iot camera systems

Product description

If you are Looking for a solar panel, we strongly recommend choosing LIYVZ HPBC solar panel. Why?

What are the advantages of LIYVZ solar panels with ETFE film?

What benefits can you gain from LIYVZ solar panels with HPBC technology?

LIYVZ Premium Solar Panel --- Available for as a power supply for Bird Feeder Camera

LIYVZ solar panel is made of ETFE film and high-efficiency HPBC solar cell battery technology, combining the two to maximize the conversion rate to 25%, 15% higher conversion rate than monocrystalline silicon.

HPBC (Hybrid Passivated Back Contact) is an efficient solar cell technology that combines back contact (BC) technology and passivation technology to improve photovoltaic conversion efficiency and module reliability.

Its characteristics are as follows:

Move all electrodes to the back of the battery, eliminate the obstruction of the front grid lines, increase the light receiving area, and significantly improve the light absorption efficiency.

The battery efficiency can reach over 25%, and the module efficiency exceeds 23%, significantly higher than PERC (~22%) and ordinary TOPCon (~24%).

Anti PID (potential induced decay): Optimize passivation layer and packaging process, enhance anti PID ability, and extend service life.

Anti cracking: The back contact structure reduces the stress on the battery cells and lowers the risk of damage.

Good low light performance, able to maintain high power generation efficiency even under cloudy or low light conditions.