
VendorEmbeded Studio
1500W DC-DC Boost Step-Up Converter 10-60V to 12-90V 30A | Constant Voltage Current Power Supply Module
Regular price
Rs.3,800.00
Sale price:
Rs.3,800.00
Regular price:
Sale:
-0%
Shipping calculated at checkout.
In stock, ready to ship
1500W 30A DC-DC Boost Step-Up Converter — 10-60V to 12-90V
Take control of your power delivery with this heavy-duty 1500W DC-DC boost step-up converter. Featuring constant voltage and constant current (CV/CC) control, this module is engineered for demanding applications — from solar battery charging and electric vehicle power systems to industrial bench supplies and high-power DIY electronics projects. With a 30A output capacity and wide voltage range, it handles the toughest loads with ease.
Key Features
- Constant Voltage & Constant Current (CV/CC): Dual-mode control for precise power delivery
- Wide Input Range: 10V to 60V DC — compatible with 12V, 24V, 36V, 48V systems
- Adjustable Output: 12V to 90V DC — dial in your exact required voltage
- High Current: Up to 30A continuous output
- Max Power: 1500W peak power handling
- High Efficiency: Up to 95% conversion efficiency — minimal heat loss
- Built-in Protection: Over-voltage, over-current, over-temperature, and short-circuit protection
- LED Display: Real-time voltage and current readout
- Active Cooling Fan: Sustained high-power operation without thermal throttling
Applications
- Solar panel battery charging systems
- Electric vehicle and e-bike power regulation
- Car and vehicle auxiliary power
- Industrial and bench power supplies
- Battery bank management and conditioning
- High-power DIY electronics and robotics projects
Specifications
- Input Voltage: 10V – 60V DC
- Output Voltage: 12V – 90V DC (adjustable)
- Max Output Current: 30A
- Max Power: 1500W
- Control Mode: CV/CC (Constant Voltage / Constant Current)
- Efficiency: ≤95%
- Operating Temperature: -40°C to +85°C
- Dimensions: ~128 x 68 x 50mm (approx.)
Note: Output voltage must always be set higher than input voltage for boost operation. Ensure adequate ventilation and heat dissipation for sustained high-power use.



