Step-Up MPPT Solar Controller Booster 450W 12A Digital Display Charging 9V-60V Input for 12V-120V Lithium Lead-Acid
Step-Up MPPT Solar Controller Booster 450W 12A Digital Display Charging 9V-60V Input for 12V-120V Lithium Lead-Acid
SPECIFICATIONS
Application: Thermal Controller,Charger Controller,Voltage Controller,Lighting Controller,Solar System Controller,Solar Working Station
Boost Output Voltage: 12V-120V (for 24V/36V/48V/60V/72V/96V battery packs)
Brand Name: NONE
Certification: CE,RoHS,UL
Compatible Batteries: Lead-acid / Gel / Lithium-ion / LiFePO4
Cooling Fan: Intelligent temperature control (On >45°C, Off <42°C)
High-concerned chemical: None
Maximum Current: 12A (overcurrent protection)
Operating Temperature: -20°C ~ 60°C
Origin: Mainland China
Product Name: MPPT Boost Solar Controller with Digital Display
Rated Power: 18V system-300W / 36V system-450W
Solar Panel Input: 9V-60V open circuit voltage
USB Output: 5V / 2A
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High-Efficiency MPPT Power Tracking
Max MPPT tracking efficiency up to 98%, intelligently track sunlight intensity to capture solar energy to the maximum extent.
Solar panel powered system, no extra power supply needed, more eco-friendly and energy-saving.
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Precise Voltage Setting & Multi-Battery Compatibility
Adjust charging voltage by +/- buttons with 0.1V precision, fit for lead-acid, LiFePO4 and ternary lithium batteries.
Standard charging voltage preset for different batteries (14.4V*S for lead-acid, 3.65V*S for LiFePO4, 4.2V*S for Li-ion), easy to set.
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Intelligent Digital Display & Low Power Consumption
LED digital tube scrolling display of photovoltaic panel current(A), power(P/W) and battery voltage(V), real-time monitor system status.
Display auto flash/turn off when no/low current to save energy, suitable for cloudy days/night/garage use.
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Smart Temperature Control Cooling
Built-in smart fan, auto turn on at 45℃ and off at 42℃, reduce power consumption and improve working efficiency.
Intelligently reduce charging current when temperature over 85℃, avoid device damage caused by overheating.
Product Name: MPPT Boost Solar Controller with Digital Display
Solar Panel Input: 9V-60V open circuit voltage
Boost Output Voltage: 12V-120V (for 24V/36V/48V/60V/72V/96V battery packs)
Maximum Current: 12A (overcurrent protection)
Rated Power: 18V system-300W / 36V system-450W
Compatible Battery Types:
Lead-acid (Gel) / LiFePO4 / Ternary Lithium BatteryMPPT Conversion Efficiency: Max 98%
Shell Material: Magnesium aluminum alloy
Protection Level: IP30
Working Temperature: -20℃ ~ +60℃
Size & Weight: 113*86*39mm / 342g
Comprehensive Circuit Protections: Integrated overcharge, 12A overcurrent, reverse current, short-circuit protection, all-round protect the controller and battery pack from damage.
Intelligent Temperature Protection: Automatically reduce charging current when the temperature exceeds 85℃, and smart fan cooling system, avoid overheating and ensure stable operation.
Safe Circuit Design: Recommend to install slow-blow fuse according to rated current, prevent short circuit risk of battery pack and wires, insulated terminal design to avoid electric shock.
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Setting Steps
Connect the controller to the photovoltaic panel first, press and hold the up/down button until the LED digital tube flashes.
Adjust to the corresponding charging voltage with +/- buttons, the display stops flashing and save the setting automatically.
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Standard Full Charge Voltage
Lead-Acid: 14.4V * S (S = number of battery strings)
LiFePO4: 3.65V * S (S = number of battery strings)
Ternary Li-ion: 4.2V * S (S = number of battery strings)
Important: Solar panel open circuit voltage CANNOT exceed battery full charge voltage.
Step 1: Connect solar panel positive wire to controller's positive port (solar panel icon).
Step 2: Connect solar panel negative wire to controller's negative port (solar panel icon).
Step 3: Connect battery pack positive wire to controller's positive port (battery icon).
Step 4: Connect battery pack negative wire to controller's negative port (battery icon), the system starts automatically with sunlight.
Core Usage Recommendations
1. Do not overload the controller, install it in a well-ventilated environment for heat dissipation.
2. Install a switch between solar panel/battery and controller to prevent sparking during wiring.
3. Fully charge the battery pack at least once a month to avoid permanent battery damage.
4. 18V solar panel (22V open circuit) in series/parallel, 36V solar panel (44V open circuit) in parallel for multi-panel use.
Battery pack stores large energy, prohibit short circuit, use insulated tools when wiring and handling.
Battery pack produces flammable gases, keep away from open flames and ensure good ventilation for storage.
Keep children away from the controller and battery pack to avoid safety accidents.
Do not replace the fuse with higher rating or copper wire, follow the battery manufacturer's safety recommendations.
Charging stops automatically when the display shows 0.0A, which means the battery is fully charged.
1 × English User Manual (Updated Version)
2 × Slow-Blow Fuse








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