Advanced Energy Launches AIH03ZPFC 1100 W Half-Brick
Advanced Energy Industries has introduced the AIH03ZPFC, a novel 1100 Watt half-brick power factor correction (PFC) module. This product is specifically designed to meet the demanding requirements of the industrial sector, addressing the constant need for size reduction, improved thermal capacity, and enhanced electrical efficiency in power systems.
The AIH03ZPFC module sets a new benchmark for performance, featuring a controlled non-isolated output of 390 VDC. It boasts a peak efficiency of 97.3 per cent, which represents a 2.3 per cent improvement over Advanced Energy's previous generation of PFC modules and results in a significant 46 per cent reduction in power loss. This leap in efficiency contributes directly to energy savings and operational cost reduction.
Beyond efficiency, the new module revolutionizes space utilization with an impressive power density of 380 watts per cubic inch. This marks a substantial 44 per cent increase from older models, enabling greater power delivery within a smaller footprint. Despite its compact half-brick design, which traditionally limits functionality, the AIH03ZPFC integrates a wide array of advanced features, offering universal adaptability and robust performance across various operating environments.
Specifications
| Product | Function | Output Power | Output Voltage | Peak Efficiency | Power Loss Reduction | Power Density | Input Voltage Range | Operating Temperature Range | Dimensions (L x W x H) |
|---|---|---|---|---|---|---|---|---|---|
| AIH03ZPFC | Power Factor Correction Module | 1100 W | 390 VDC (controlled non-isolated) | 97.3% | 46% | 380 W/cubic inch | 85 to 264 VAC | -20 to +100 °C (operable down to -40 °C) | 2.4 x 2.3 x 0.52 inches (61 x 58.4 x 13.3 mm) |
Key Features
- 1100 W half-brick power factor correction module.
- Controlled non-isolated output of 390 VDC.
- Highest peak efficiency of 97.3%, representing a 2.3% improvement over the previous generation and 46% power loss reduction.
- High power density of 380 watts per cubic inch, a 44% increase from older models.
- Internal Inrush Limiting to protect circuit components from sudden current surges.
- Digital PMBus Control and Monitoring for real-time data visibility and digital management.
- Auxiliary Power Support for external housekeeping functions, reducing the need for additional components.
- Delivers a unity power factor across a wide input range of 85 to 264 VAC.
- No power derating under low-input-voltage conditions, simplifying regulatory compliance.
- Compatible with standard industry heatsinks and existing thermal management solutions.
- Encapsulated half-brick standard format with dimensions of 2.4 x 2.3 x 0.52 inches (61 x 58.4 x 13.3 mm).
- Designed for robust operation with baseplate contact cooling, supporting an operating temperature range from -20 to +100 degrees Celsius, with the ability to work at very low temperatures down to -40 degrees Celsius.
Applications
- Industrial sector power systems requiring high efficiency and power density.
- Power distribution architectures, either as a standalone power factor correction unit or paired with downstream DC-DC converters.
- Systems benefiting from real-time digital control and monitoring capabilities via PMBus.
- Applications where system miniaturization and reduced component count are critical.
- Designs requiring simplified regulatory compliance and consistent power availability across varying input voltages.
- Environments demanding robust thermal performance and wide operating temperature ranges.
