Description
BIM15560 High-Performance Bidirectional Power Module
The BIM15560 is a high-performance bidirectional power module from Imax Power.
It uses patented high-efficiency soft-switching topology and advanced digital control technology.
It integrates high-power charging and dual communication interfaces.
It supports wide-range AC I/O (176–264V) with equal bidirectional power.
It is an ideal solution for battery testing, electrical aging, and other applications.
Core Advantages
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Efficient Bidirectional Energy Flow
- AC-DC high-frequency isolation design.
- Forward/reverse efficiency reaches 91%.
- Ensures reliable bidirectional energy transmission.
- Delivers stable inverter-grid connection performance.
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Superior Electrical Performance
- Bidirectional power factor >0.99.
- Current harmonic distortion <5%.
- Meets strict grid-tie and testing standards.
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Wide-Range DC Compatibility
- DC voltage: 10~150Vdc, continuously adjustable.
- DC current: 0.1~60A, continuously adjustable.
- Compatible with diverse battery and load scenarios.
-
Strong Environmental Adaptability
- Adapts to harsh grid conditions.
- Intelligent fan speed control for energy saving and ultra-low noise.
- Supports high-altitude operation.
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Comprehensive Protection & Certification
- Full-scenario protection: over-temperature, over-current, over-voltage, short-circuit.
- Designed in compliance with CE standards.
Key Features
Electrical Performance
-
Bidirectional High-Frequency Isolation
- AC-DC bidirectional isolation architecture.
- Enables bidirectional energy flow.
- Ensures stable inverter-grid connection.
-
Efficient Topology Design
- Proven three-level soft-switching topology.
- Guarantees high module reliability and conversion efficiency.
-
High-Efficiency Metrics
- Forward/reverse efficiency: 91%.
- Power factor: >0.99.
- Current harmonic distortion: <5%.
-
Wide-Range DC Regulation
- DC voltage: 10~150Vdc, stepless adjustable.
- DC current: 0.1~60A, stepless adjustable.
- Meets diverse testing requirements.
-
Strong Grid Adaptability
- Supports wide AC input range: 176~264Vac.
- Compatible with various grid environments.
Protection & Reliability
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Full-Scenario Fault Protection
- Multi-layer protection: over-temperature, over-current, over-voltage, ground short-circuit.
- Automatically shuts down and reports faults.
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Intelligent Thermal Control
- Adjusts fan speed dynamically based on temperature and load.
- Saves energy and reduces noise.
- Triggers automatic protection on fan failure.
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CE Certification Compliance
- Designed to meet CE regulatory standards.
- Qualifies for international market access.
Operating Modes
1. Standby Mode
- Maintains normal communication with the host computer.
- Waits for command triggers in low-power standby state.
2. Rectifier Mode (Charging)
- Charging power is set by host computer commands.
- Maximum output power: 3000W.
- Charging power takes the smaller value of command power and remaining available power.
- Supports stepless DC current limit adjustment (0~Max, 0.1A step).
- Supports continuous DC voltage adjustment (10~150Vdc, 0.1Vdc step).
- Automatically shuts down on input voltage <176Vac or >264Vac.
- Automatically resumes operation when voltage returns to normal range.
3. Grid-Tie Mode (Discharging)
- Grid-tie power is set by host computer commands.
- Maximum output power: 3000W.
- Supports 50/60Hz frequency self-adaptation.
- Compatible with regional grid standards.
- Supports continuous DC voltage adjustment (10~150Vdc, 0.1Vdc step).
- Automatically shuts down and alarms on output short-circuit.
4. Auxiliary Control Functions
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DC Voltage Regulation
- Available in both rectifier and grid-tie modes.
- Adjustable between under-voltage and over-voltage thresholds.
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Intelligent Fan Control
- Dynamically adjusts speed based on temperature and load.
- Achieves energy saving and ultra-low noise operation.
- Triggers automatic shutdown and alarm on fan failure.
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Rectifier Output Characteristics
- Supports three output curves: constant current, constant power, constant voltage.
- Meets diversified testing requirements.
Target Applications
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Battery Module Test Equipment
- Full-scenario testing for battery charge/discharge performance and cycle life.
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Electrical Bidirectional Test Equipment
- Simulates bidirectional energy flow.
- Verifies grid-tie and load characteristics of power electronic devices.
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Bidirectional Aging Test Equipment
- Performs long-term bidirectional charge/discharge aging verification.
- Evaluates reliability of power supplies and energy storage modules.
| Category | Item | Specification |
|---|---|---|
| Function/Model | BIM15560 | |
| Forward Operation | Max. Output Power | 3000W |
| AC Input – Input Mode | L+N+PE | |
| AC Input – Rated Voltage | 176~264Vac | |
| AC Input – Frequency Range | 50Hz/60Hz, Auto-adaptive | |
| AC Input – Input Current | ≤20A | |
| AC Input – Current Harmonic | <5% @220Vac, Full load, Grid THDu≤2% | |
| AC Input – Power Factor | 0.99 @220Vac, Full load, Grid THDu≤2% | |
| DC Output – Voltage Range | 10 – 150Vdc | |
| DC Output – Max. Current | 60A | |
| DC Output – Temperature Coefficient | ±0.02%/°C | |
| DC Output – Ripple Voltage | <1% | |
| DC Output – Efficiency | 91% | |
| Reverse Operation | Max. Input Power | 3000W |
| DC Input – Adjustable Voltage Range | 10V~150Vdc | |
| DC Input – Max. Input Current | 60A | |
| AC Output – Grid-tied Frequency Range | 50Hz~60Hz, Auto-adaptive | |
| AC Output – Grid-tied Voltage Range | 176 – 264Vac | |
| AC Output – Grid-tied Output Current | <12A @220Vac | |
| AC Output – Power Factor | 0.99 @220Vac, Full load, Grid THDu≤2% | |
| AC Output – Current Harmonic | <5% @220Vac, Full load, Grid THDu≤2% | |
| AC Output – Efficiency MAX | 91% | |
| DC – Accuracy | Voltage – Range | 10~150Vdc, ±0.5%FS |
| Current – Range | 0.1 – 60A, ±0.5%FS | |
| Whole Machine | Environment – Operating Temperature | -10°C ~ +45°C (Full load); Derating above 45°C |
| Environment – Storage Temperature | -40°C ~ +70°C | |
| Environment – Relative Humidity | 5~95%RH, Non-condensing | |
| Environment – Operating Altitude | <1000m; 1000~3000m, Derate 1% per 100m | |
| System | Operating Mode | Bidirectional |
| System – Power Flow Switching Time | Seamless Switching | |
| System – Isolation Method | High-frequency Isolation | |
| System – Charge/Discharge Modes | CC CV CR CP | |
| System – Cooling Mode | Forced Air Cooling, Intelligent Stepless Speed Regulation | |
| System – Air Outlet Direction | Front Air Inlet, Rear Air Outlet | |
| System – Bootloader | Supports Online Upgrade | |
| System – Boot-up | Supported | |
| Display | Indicator Light | Forward: Green; Reverse: Blue; Fault: Red |
| Protection | AC Over-voltage Protection | Equipped |
| AC Under-voltage Protection | Equipped | |
| DC Reverse Polarity Protection | Equipped | |
| DC Over-voltage Protection | Equipped | |
| DC Under-voltage Protection | Equipped | |
| Fan Fault Protection | Equipped | |
| Over-temperature Protection | Equipped | |
| Mechanical Structure | Dimensions (WHD) | 141.4mm44mm333.8mm |
| Weight | ? | |
| IP Rating | IP20 | |
| Communication | External Communication | RS485 CAN |
| Communication Protocol | (To be supplemented) | |
| Debug Port | CAN | |
| Upload Information | Status Data, Alarm Information | |
| Receive Information | Operating Mode, DC Port Voltage/Current Setting | |
| Data Download (Download Files) | – |
