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This MPPT solar charge controller delivers up to 30% higher efficiency than traditional PWM controllers by continuously tracking the maximum power point. It supports multiple battery types with intelligent charging and built-in protection for safe, stable operation. Featuring an LCD display and dual USB output, it is ideal for efficient off-grid solar power systems.
LCD Display
Real-time monitoring of system
status for easy operation
Adjustable Working Modes
Simple button control allows quick parameter and mode setting
Dual USB Output
Supports charging of various USB devices such as phones and tablets
Large Terminal Design
Supports thicker cables up to 16mm for safer and more stable connections
1. MPPT technology maximizes solar energy utilization and improves charging efficiency;
2. Provides complete solutions for modular housing and integrated water & power systems;
3. Intelligent battery management extends battery lifespan and ensures system safety;
4. Wide voltage compatibility supports multiple system configurations.
1. Connect the 03battery to the controller first (correct polarity required), and the controller will automatically detect the system voltage.
2. Connect the 04load to the controller (ensure correct polarity).
3. Connect the 01solar panel to the controller.
Important: Always follow this connection sequence to avoid damage. Disconnect in reverse order.
To ensure the controller correctly detects the system voltage, please make sure the battery voltage meets the following minimum requirements during the initial connection:
12V battery: above 10V
24V battery: above 20V
48V battery: above 40V
Connection sequence:
Connect the battery to the controller first.
Connect the solar panel to the controller.
Connect the DC load.
Important: Always follow the correct connection sequence to avoid damage to the controller.
Recommended solar panel voltage range:
For 12V battery: 15–50V solar panel
For 24V battery: 30–50V solar panel
For 36V battery: 45–60V solar panel
For 48V battery: 60–90V solar panel
Widely used in off-grid solar systems, including RVs, island installations, remote area power supply, and modular or prefabricated housing. It is especially suitable for integrated water and electricity systems in capsule houses, tiny homes, and mobile buildings, providing efficient and stable energy management for independent living and outdoor applications.
