| Brand | Pacific Power Source |
|---|---|
| Power | 30 kVA to 1.1 MVA+ |
| Voltage | 0–480 Vac L-N / 0–830 Vac L-L |
| Frequency | DC, 15–1000 Hz |
| Output | 1-phase, 2-phase, 3-phase |
AZX Series Regenerative AC & DC Source with PHIL
The Pacific Power Source AZX Series Regenerative AC & DC Source with PHIL is a high-performance 4-quadrant power source designed to provide ultimate flexibility for grid simulation and hardware-in-the-loop testing. It offers power levels from 30 kVA to 1.1 MVA+ with a high efficiency of >90% regenerative capability. This all-in-one platform functions as an AC voltage source, DC supply, and AC/DC load for diverse testing environments.
Key Specifications & Features
- Power Range: 30 kVA to 1.1 MVA+
- Voltage Output: 0–480 Vac L-N / 0–830 Vac L-L
- Frequency Range: DC, 15–1000 Hz
- Operating Modes: 4-Quadrant AC and DC
- Efficiency: >90% energy recovery to the utility grid
- Output Configurations: 1-phase, 2-phase, or 3-phase
- Specialized Capability: Power Hardware-in-the-Loop (PHIL) interface
- Versatility: Functions as source, load, and current source
AZX Series Regenerative AC & DC Source with PHIL
The Pacific Power Source AZX Series represents the pinnacle of 4-quadrant power testing technology, integrating multiple instruments into a single high-performance platform. It serves as an AC voltage source, DC power supply, and an AC/DC electronic load, making it ideal for complex grid simulation and renewable energy testing. With the inclusion of a PHIL interface, users can conduct advanced hardware-in-the-loop simulations with unmatched precision and speed. This series is built for sustainability and performance, featuring a regenerative design that returns over 90% of energy back to the utility grid during load testing. Its 4-quadrant operation allows for seamless transition between sourcing and sinking power, which is critical for testing electric vehicle chargers, energy storage systems, and grid-tied inverters. The system supports a wide frequency range from DC up to 1000 Hz, ensuring compatibility with aerospace, defense, and commercial power standards. Available in power levels ranging from 30 kVA to over 1.1 MVA, the AZX Series can be scaled to meet the most demanding industrial requirements. Users can configure the output for 1-phase, 2-phase, or 3-phase operation to match specific test parameters across a wide voltage range up to 830 Vac L-L. This extreme versatility ensures that the AZX Series remains the ultimate testing platform for modern power electronics development and grid-edge technology validation.High Power Scalability
Systems range from 30 kVA to over 1.1 MVA to support large-scale industrial and grid-level testing.
Full 4-Quadrant Operation
Seamlessly transition between sourcing and sinking power for both AC and DC testing applications.
Superior Energy Efficiency
The regenerative design returns over 90% of power to the grid to significantly lower utility costs.
Flexible Phase Output
Easily switch between 1-phase, 2-phase, and 3-phase configurations to meet diverse test requirements.
Four-Quadrant Regenerative Technology
The AZX Series features advanced 4-quadrant technology that allows it to function both as a programmable power source and a regenerative electronic load. By returning more than 90% of the energy back to the grid, it significantly reduces operational costs and heat dissipation during high-power testing. This capability is essential for simulating real-world grid conditions and testing bidirectional power devices like EV battery balancers.
Power Hardware-in-the-Loop (PHIL) Integration
Integrated PHIL interface capabilities allow the AZX Series to be used in sophisticated simulation environments where real-time hardware interaction is required. This enables engineers to test physical components against virtual grid models, accelerating the development of smart grid technologies and renewable energy systems. The high-speed response and wide frequency range ensure accurate emulation of complex transient events and harmonic distortions.
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