Keliang Energy's semi-physical simulation testing platform utilizes high-fidelity models and integrated real-time co-simulation technology. It provides a low-cost and high-efficiency method to validate whether new energy controllers or entire power plants comply with grid interconnection standards, fully addressing all testing requirements.

Keliang Energy’s Gigawatt-Scale Offshore Wind Farm VSC-HVDC Simulation and Testing System accurately simulates wind farms and transmission systems to validate pole control, valve control, and critical subsystems/components. It enables stable ride-through for gigawatt-scale offshore wind farms under multi-failure scenarios, effectively mitigating wide-band oscillation risks during wind power integration into VSC-HVDC systems.

Keliang Energy’s High-Voltage Cascaded Storage Testing System enables comprehensive validation of controller functionalities and protection strategies for high-voltage cascaded energy storage controllers, supporting closed-loop performance verification of energy storage systems under various operating conditions.

Keliang Energy's Large-Scale New Energy Power Station Testing solution provides a cost-effective and high-safety method for validating energy storage integration. Specifically designed for systems with large-scale power electronics and high-frequency, modular cascaded architecture, it addresses the critical need for full electromagnetic transient simulation to research and test grid-connected large-scale energy storage systems.