Grid Simulators

Grid Simulators

Advanced validation for grid-connected energy systems under fully programmable voltage, frequency, and harmonic conditions

Advanced validation for grid-connected energy systems under fully programmable voltage, frequency, and harmonic conditions

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Authorised Distributors For

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Precision Grid Simulation Systems

Precision Grid Simulation Systems

Precision Grid Simulation Systems

From compact benchtop units to scalable rack-mounted systems, our programmable AC sources provide high-voltage, regenerative power. Integrated with smart software, they are engineered for versatile grid emulation and automated test equipment (ATE) environments.

From compact benchtop units to scalable rack-mounted systems, our programmable AC sources provide high-voltage, regenerative power. Integrated with smart software, they are engineered for versatile grid emulation and automated test equipment (ATE) environments.

CORTEX SERIES

AC Programmable Power Supply

Engineered for advanced grid interaction, the CORTEX is a modular, bidirectional AC source-load. By combining regenerative power with seamless Power-HIL integration, it allows engineers to perform complex disturbance simulations and closed-loop validations within a compact, rack-mount footprint.

TITAN SERIES

Regenerative Grid Simulator

The TITAN AC Power Grid Simulator is one of the most powerful and flexible emulation systems available. Supporting parallel master-slave configurations, it scales up to 10 MVA without compromising system dynamics or high-speed performance.

TITAN SERIES

Regenerative AC Load Simulator

Engineered for long-run, high-power testing, this platform combines FPGA-based RLC modeling with regenerative loading. It allows for accurate grid impedance emulation while recycling energy, making it the ideal choice for sustainable utility-scale source evaluation

Beyond the Utility Grid: Why Simulation is Vital for Grid Adaptability

Beyond the Utility Grid: Why Simulation is Vital for Grid Adaptability

Beyond the Utility Grid: Why Simulation is Vital for Grid Adaptability

Real-world power grids are complex, non-linear environments where fluctuating loads, distributed generation, and network disturbances create constant instability. In practice, issues like voltage transients, frequency shifts, and phase unbalances are unavoidable.


For manufacturers, relying on live utility grids for R&D is often impractical, unsafe, and lacks the repeatability required for rigorous validation. Grid simulation provides the essential controlled environment needed to reproduce these critical conditions—ensuring equipment robustness and regulatory compliance long before field deployment.

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