EPEVER Solar Charge Controller PWM 60A 12V/24V/36V/48V - Efficient Solar Charging

1. The EPEVER Solar Charge Controller PWM 60A 12V/24V/36V/48V is a high-end automatic charge controller designed for solar power systems. With multiple work modes, it offers versatility and flexibility in charging and power management. The controller features a battery statistics window that displays the full power consumption and charging current, providing valuable information for monitoring and optimization. The informative backlight LCD ensures ease of operation, even in low-light conditions. Additionally, the controller is equipped with two USB outputs of 2.4A each, allowing you to charge multiple devices simultaneously.

The EPEVER Solar Charge Controller PWM 60A 12V/24V/36V/48V offers high reliability and performance. It supports multiple load work modes, allowing you to customize the controller's behavior according to your specific needs. You can also select the battery type to optimize the charging process. With the USB output of 2.4A, you can conveniently charge your devices alongside your solar power system. The controller is designed for full power operation even in high temperatures, ensuring consistent performance up to 55℃.

Electronic protections are built into the controller to safeguard your system. It offers PV reverse polarity protection, battery reverse polarity protection, battery over-voltage protection, battery over-discharge protection, overheating protection, controller overheating protection, load short circuit protection, and load overload protection. These comprehensive electronic protections ensure the safety and longevity of your solar power system.

SPECIFICATIONS

• High-end automatic charge controller
• Multiple work modes for versatile operation
• Battery statistics window for power consumption and charging current display
• Informative backlight LCD for easy operation
• 2 USB outputs (2.4A each) for simultaneous device charging
• Full power operation up to 55℃
• Electronic protections: PV reverse polarity, battery reverse polarity, battery over-voltage, battery over-discharge, overheating, controller overheating, load short circuit, load overload