1500W DC-DC 12-48V to, 24-72V Boost Step Up, Converter For Car, Laptop Solar Battery
₹1,569.40 incl. GST (₹1,330.00 + GST)
1 in stock
The 1500W DC-DC Boost Step-Up Converter Module is a non-isolated high-power converter designed to increase 10–60V DC input to an adjustable 12–90V DC output. It supports constant-voltage (CV) and constant-current (CC) adjustment and offers conversion efficiency of up to approximately 97%. A temperature-controlled cooling fan helps manage heat during high-power operation. Suitable for battery charging, solar systems, LED lighting, electric bikes, vehicle power supplies, and DIY power supplies.
Product Description
The 1500W DC-DC Boost Step-Up Converter Module is a high-power, non-isolated DC power converter designed to increase a lower DC input voltage to a higher adjustable DC output voltage. It is suitable for applications where a stable boosted voltage is required from sources such as batteries, solar panels, vehicles, and other DC power systems.
Based on the SZ-BT07CCCV-D1 module, it supports a wide input voltage range of approximately 10V to 60V DC and provides a continuously adjustable output of approximately 12V to 90V DC. The module offers both constant-voltage (CV) and constant-current (CC) adjustment, making it useful for battery charging, LED driving, DIY power supplies, and other high-power applications.
The converter uses high-quality components and is designed for efficient voltage conversion, with efficiency of up to approximately 97% under suitable operating conditions. An onboard temperature-controlled cooling fan automatically operates when the module reaches its configured temperature threshold, helping improve thermal management during high-power operation.
Features
- High-power DC-DC boost step-up converter
- Non-isolated DC power conversion
- Module model: SZ-BT07CCCV-D1
- Wide DC input voltage range
- Continuously adjustable output voltage
- Supports constant-voltage (CV) and constant-current (CC) adjustment
- High conversion efficiency, up to approximately 97%
- Built-in temperature-controlled cooling fan
- Fan automatically assists cooling at elevated temperature
- Suitable for battery and solar applications
- Suitable for high-power LED applications
- Useful for DIY adjustable power supplies
- Compact and practical design
Specifications
| Parameter | Specification |
|---|---|
| Module Model | SZ-BT07CCCV-D1 |
| Converter Type | DC-DC Boost / Step-Up |
| Isolation | Non-Isolated |
| Input Voltage | 10V–60V DC |
| Output Voltage | Approximately 12V–90V DC Adjustable |
| Default Output | Approximately 19V |
| Input Current | Up to 30A for 10–30V input |
| Input Current | Up to 25A for 31–60V input |
| Static Working Current | Approximately 15mA |
| Conversion Efficiency | Up to approximately 97% |
| Output Adjustment | Constant Voltage / Constant Current |
| Cooling | Temperature-Controlled Fan |
| Application | Battery, Solar, LED, Vehicle and DIY Power Supply |
Note: The actual maximum output power depends on the input voltage, input current, output voltage, cooling conditions, and operating environment. The advertised 1500W should not be considered a continuous output rating under all input/output conditions.
Working Principle
The module works as a boost converter, taking a lower DC input voltage and increasing it to a higher DC output voltage.
The input power is electronically switched through the converter circuit, stored and transferred through the power components, and regulated to provide the required output voltage. The output voltage can be adjusted according to the requirements of the connected load.
The module also provides CV and CC adjustment, allowing users to configure the desired output voltage and current limit for suitable applications such as battery charging and LED power systems.
Temperature-Controlled Cooling
The converter is equipped with an onboard cooling fan for thermal management. The fan is designed to operate automatically when the module temperature reaches its specified temperature threshold and stop when the temperature falls sufficiently.
Proper ventilation and adequate heat dissipation should still be provided, especially when operating the module at high current or high power.
Input Current and Power Considerations
The maximum usable output power depends on the input voltage and available input current. For example, at a 12V input and 30A, the theoretical input power is approximately 360W before conversion losses.
At 24V and 30A, the theoretical input power is approximately 720W before conversion losses.
Therefore, the actual output power should be calculated based on the input voltage, available current, efficiency, output voltage, thermal conditions, and continuous operating requirements.
Applications
- Electric bicycle battery charging
- Solar panel boost regulation
- Solar street light power systems
- High-power LED driving
- Vehicle power supply
- Laptop and digital device power systems
- Battery charging applications
- DIY adjustable DC power supplies
- Constant-current LED applications
- Mobile equipment power supply
- DC voltage boosting
- Electronics prototyping
- High-power DC applications
Package Includes
- 1 × 1500W DC-DC 12-48V to 24-72V Boost Step-Up Converter Module
Product Disclaimer
This is a non-isolated DC-DC boost converter and should only be operated within its specified electrical limits. The maximum output power is dependent on input voltage, input current, output voltage, efficiency, cooling, and operating conditions.
The 1500W designation does not mean that 1500W continuous output is available at every input voltage. High-power operation requires an appropriately rated power source, wiring, connectors, ventilation, and thermal management.
Do not exceed the specified input voltage or current limits. Ensure correct polarity and verify the output voltage before connecting sensitive equipment.
The module is not a mains AC power supply and is intended for DC input applications only.
Product images are shown for illustrative and representational purposes only. The actual product colour, dimensions, component arrangement, and appearance may vary slightly depending on the manufacturing batch.
Frequently Asked Questions
1. What is this module?
It is a DC-DC boost step-up converter used to increase a lower DC voltage to a higher adjustable DC voltage.
2. What is the input voltage range?
The module supports approximately 10V to 60V DC input.
3. What is the output voltage range?
The output voltage can be adjusted from approximately 12V to 90V DC.
4. Is the output voltage adjustable?
Yes. The output voltage is continuously adjustable.
5. Does it support constant current?
Yes. The module supports constant-voltage (CV) and constant-current (CC) adjustment.
6. What is the default output voltage?
The default output is approximately 19V, as supplied.
7. What is the maximum input current?
For 10–30V input, the maximum specified input current is up to 30A. For 31–60V input, it is up to 25A.
8. Is the converter isolated?
No. It is a non-isolated DC-DC converter.
9. Does it have a cooling fan?
Yes. It has a temperature-controlled cooling fan that assists cooling during higher-temperature operation.
10. Can it be used for battery charging?
Yes. Its CV/CC adjustment makes it suitable for compatible battery-charging applications when the correct charging voltage and current are configured.
11. Can it be used with solar panels?
Yes. It can be used as a DC boost regulator for suitable solar power systems.
12. Can it power LED lights?
Yes. It can be used for suitable high-power LED lighting and constant-current applications.
13. Can it be used for an electric bicycle?
Yes. It can be used in suitable electric bicycle and battery-related applications, provided the voltage and current requirements match.
14. Can it be used as a laptop power supply?
It can be used for compatible DC-powered equipment when the required output voltage and current are correctly configured.
15. Is the advertised 1500W output available at all voltages?
No. The actual usable output power depends on input voltage, input current, output voltage, efficiency, and thermal conditions. The 1500W rating should not be treated as a guaranteed continuous output at every operating point.
16. Does the module require a heat sink?
The onboard fan provides cooling, but adequate ventilation and thermal management are still required during high-power operation.
17. What is the conversion efficiency?
The manufacturer specification indicates efficiency of up to approximately 97% under suitable operating conditions.
18. What is the module model?
The module model is SZ-BT07CCCV-D1.
19. What is included in the package?
The package includes 1 × 1500W DC-DC Boost Step-Up Converter Module.
20. Can this module accept AC input?
No. This is a DC-to-DC converter and requires a DC input source.
21. Can I use it with a 12V battery?
Yes, provided the battery can supply the required current and the desired output voltage and power remain within the module's operating limits.
22. Can the output be adjusted while the load is connected?
It is recommended to set and verify the required output voltage and current before connecting sensitive equipment.
23. Is this module suitable for DIY projects?
Yes. It is suitable for DIY power supplies, battery systems, solar projects, LED drivers, vehicle applications, and electronics experiments.
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