The ActionPower PRE20 regenerative grid simulator is a high-performance programmable AC power supply designed to meet the needs of a wide range of power testing applications. Whether it’s simulating grid disturbances or testing power conversion systems, the PRE20 provides unparalleled versatility and accuracy. Known for its full 4-quadrant operation and regenerative capabilities, this device is a trusted solution for industries that require precise and reliable power simulation.
Key Features of the ActionPower PRE20
The ActionPower PRE20 regenerative grid simulator comes with advanced features that are essential for various power testing scenarios. One of its standout features is its full 4-quadrant operation, which allows seamless simulation of both power sources and loads. This makes the PRE20 ideal for testing PV inverters, power conversion systems (PCS), and on-line UPS systems, ensuring that these devices perform reliably under different conditions.
Additionally, the PRE20 excels in grid disturbance simulation, a critical aspect of testing electrical systems’ resilience to voltage and frequency fluctuations. With its programmable output impedance, adjustable phase angle, and waveform synthesis, the PRE20 regenerative grid simulator can replicate numerous real-world grid conditions. This versatility makes it an invaluable tool for engineers and researchers working on power electronics and energy systems.
Applications of the Regenerative Grid Simulator
The ActionPower PRE20 regenerative grid simulator is widely used in both the renewable energy and power conversion sectors. Its ability to simulate complex grid behaviors is crucial when testing PV inverters, ensuring that these devices can handle fluctuations in voltage, frequency, and current. The PRE20 is also essential for testing power conversion systems (PCS), which are frequently used in conjunction with energy storage systems and grid-tied devices.
In addition, the PRE20 is highly effective in simulating disturbances for on-line UPS systems. These systems are designed to provide backup power during grid failures, and the PRE20 ensures that they can be thoroughly tested under varying conditions. Whether assessing UPS efficiency during power fluctuations or evaluating the operational stability of PV inverters, the regenerative grid simulator from ActionPower delivers the flexibility needed to conduct reliable and accurate tests.
Regenerative Functionality: Sustainable Power Testing
A unique and important feature of the ActionPower PRE20 regenerative grid simulator is its regenerative capability. This means that when excess current is generated by the unit under test (UUT), the PRE20’s detection circuit automatically feeds the surplus power back into the grid. This functionality enhances energy efficiency during testing and reduces overall operational costs.
By incorporating regenerative power capabilities, the ActionPower PRE20 regenerative grid simulator helps minimize energy waste, making it an environmentally friendly solution for testing in industries focused on sustainability. This capability also supports continuous testing without the need for external power sources, offering both cost savings and a reduced environmental impact.
Conclusion
The ActionPower PRE20 regenerative grid simulator is an indispensable tool for engineers and researchers involved in power system testing. With its ability to simulate grid disturbances, provide precise waveform synthesis, and offer adjustable impedance and phase angle settings, the PRE20 ensures high-performance testing for PV inverters, power conversion systems, and on-line UPS systems. Its regenerative capabilities further enhance testing efficiency by returning excess power to the grid, making it a sustainable and cost-effective solution for power testing. The ActionPower PRE20 regenerative grid simulator is the ideal choice for simulating real-world grid conditions with precision and reliability.
