The IT7900P High Performance Regenerative Grid Simulator is designed for high-power testing of grid-connected devices, such as photovoltaic systems, energy storage systems, and electric vehicles. It combines a grid simulator, power amplifier, and electronic load into a single unit, offering exceptional flexibility and efficiency.

With SiC technology, the IT7900P delivers high power density in a compact 3U unit, with output up to 15kVA. It can be expanded to 960kVA by paralleling multiple units, making it suitable for large-scale testing environments. The unit supports multiple output modes, including AC, DC, AC+DC, and DC+AC, and provides single-phase, three-phase, reverse-phase, and multi-channel capabilities.

The regenerative capability of the IT7900P allows for the return of energy to the grid, reducing operational costs. This makes it not only an environmentally friendly option but also a cost-effective one. It also supports harmonic simulation, inter-harmonic synthesis, and real-time data acquisition, enabling comprehensive testing of grid-tied systems.

The unit is equipped with an intuitive touch screen and a rich waveform library, making it easy to configure and monitor test setups. The arbitrary waveform generation and LIST function allow users to simulate complex grid disturbances, such as voltage sag, phase jump, and instantaneous power failure. The unit's advanced data acquisition system provides real-time waveform and measurement analysis, streamlining the testing process.

With its full protection features and compatibility with regulatory testing standards, the IT7900P is a powerful and reliable solution for testing and R&D applications in the power electronics and renewable energy industries.