2000W DC-DC Boost Converter CC CV Power Supply Module 12-60V
2000W DC-DC Boost Converter CC CV Power Supply Module 12-60V
2000W DC-DC Step-Up Boost Converter – CC CV Power Supply Module with Voltmeter
Take full control of your DC power projects with this high-performance 2000W CC CV Step-Up Boost Converter. Designed for makers, engineers, solar enthusiasts, and automotive applications, this module steps up DC voltage from 12–60V input to 15–80V output with impressive 92–96% conversion efficiency. The built-in voltmeter lets you monitor output in real time, while the adjustable constant-current (CC) and constant-voltage (CV) modes give you precise control over every load.
Key Features
- Wide Input Range: DC 12V–60V input, DC 15V–80V output — versatile for batteries, solar panels, wind turbines, and more
- High Power Capacity: Up to 2000W input power, 1850W maximum output power
- Maximum Input Current: 100A
- Maximum Output Current: 50A
- High Efficiency: 92–96% conversion efficiency reduces heat and energy waste
- Dual Mode Control: Independent CC (Constant Current) and CV (Constant Voltage) adjustment for flexible operation
- Undervoltage Protection: Adjustable DC 10.5V–50V range — protects batteries from over-discharge and shields equipment from unstable input sources
- Intelligent Temperature-Controlled Fan: Auto-activates at ~55–60°C and shuts off at ~50°C for optimal thermal management
- Built-in Voltmeter: Real-time output voltage display for accurate monitoring
- No-Load Power Consumption: Less than 2W
- Operating Temperature: -20°C to 50°C
- MPPT Capability: When paired with solar panels or wind turbines, the undervoltage protection function provides basic Maximum Power Point Tracking for efficient low-power input
Full Specifications
| Model | 100A2000W |
| Input Voltage | DC 12V – 60V |
| Input Current (Max) | 100A |
| Input Power (Max) | 2000W |
| Output Voltage | DC 15V – 80V |
| Output Current (Max) | 50A |
| Output Power (Max) | 1850W |
| Conversion Efficiency | 92–96% |
| No-Load Consumption | < 2W |
| Undervoltage Adj. Range | DC 10.5V – 50V |
| CV Adj. Range | DC 15V – 80V |
| CC Adj. Range | 5A – 50A |
| Working Temperature | -20°C to 50°C |
| Country of Origin | Made in China |
How to Use
- Input Connections: Connect Input+ to the positive pole and Input− to the negative pole of your power source.
- Output Connections: Output+ is the positive supply terminal; Output− is the negative supply terminal.
- CC/CV Mode: When using constant-current limiting, keep input and output ground wires separate — do not share a common wire.
- Setting Constant Voltage (CV): With no load connected, adjust the CV potentiometer to your target output voltage, then connect your load.
- Setting Constant Current (CC): Set output voltage 2–3V above the load's rated voltage (no-load condition), then slowly increase current to the desired level.
- Undervoltage Setup: Adjust the undervoltage pot to minimum first, apply input voltage, then slowly increase counterclockwise until the indicator lights — then back off 1–2 turns and power cycle.
- Heat Management: When input current exceeds 75A or input power exceeds 1000W, attach the module's underside to a metal heatsink surface for additional cooling.
Common Applications
- Solar panel and wind turbine power regulation
- Battery charging systems (lithium, lead-acid, etc.)
- Automotive and marine power conversion
- DIY electronics and lab bench power supplies
- Industrial DC-DC power conversion projects
Important Safety Notes
- Input voltage must always be at least 2V lower than the output voltage.
- Do not exceed 100A input current or 2000W input power under any circumstances.
- When using a switching or secondary power supply, its rated power should be at least double the module's load.
- At large input-to-output voltage differentials, reduce the output load proportionally to manage heat.
For guidance on electrical safety standards for DC power supplies, visit the OSHA Electrical Safety resource and the NIST Electronics & Electrical Engineering resources.
Package Includes
- 1× 2000W CC CV DC-DC Step-Up Boost Converter Power Supply Module
Frequently Asked Questions
Q: What is the difference between CC mode and CV mode on this boost converter?
A: CV (Constant Voltage) mode maintains a fixed output voltage regardless of load variations — ideal for powering electronics that require a stable supply. CC (Constant Current) mode limits the output current to a set value — essential for battery charging applications where over-current can cause damage. This module supports both modes, giving you full flexibility for a wide range of DC power projects.
Q: Can I use this 2000W boost converter with solar panels or wind turbines?
A: Yes! The adjustable undervoltage protection feature provides a basic MPPT (Maximum Power Point Tracking) function when used with solar panels or wind turbines. It tracks the maximum power point during low-input-power conditions, helping you extract maximum efficiency from renewable energy sources. Input must remain between DC 12V and 60V for normal operation.
Q: How do I prevent overheating when running at high power?
A: The module features an intelligent temperature-controlled fan that activates automatically at approximately 55–60°C and switches off at ~50°C. For sustained operation above 75A input current or 1000W input power, attach the underside of the module to a metal surface (heatsink) for additional passive cooling. Avoid maximum load operation at very large input-to-output voltage differentials, as this increases heat generation.
Q: What is the maximum output power I can expect from this step-up converter?
A: The maximum output power is 1850W, with a maximum input power of 2000W. The difference accounts for conversion losses. At 12V input (100A), the output power with voltages below 60V is approximately 1100W. At 24V input and above (up to 85A), the module can deliver up to 1850W output. Efficiency ranges from 92–96% depending on your specific input/output voltage and current combination.