Based on digital models and semi-physical simulation, combined with digital twin technology, Keliang Energy provides full lifecycle services covering planning optimization, system design, rapid control prototyping, power rapid control prototyping, product development, hardware-in-the-loop testing, power hardware-in-the-loop testing, physical testing, and smart operation and maintenance.

Keliang Energy launches AGC/AVC Station Controller Hardware-in-the-Loop Testing Platform，which enables comprehensive testing for new energy stations, including active/reactive power dynamic response tests, power step tests, voltage regulation tests, frequency regulation tests, unit switching tests, and custom scheduling curve tests, thereby achieving full validation of AGC/AVC control and dispatch functionalities.

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 Integrated Energy Digital Twin Cloud Platform supports multi-level applications across the integrated energy sector, from system planning to intelligent operation and maintenance, propelling the digital and intelligent transformation of the power system.

The Automotive Three-Electric HIL Simulation & Testing System simulates real-world vehicle operating conditions to perform functional validation and performance testing on the BMS, MCU and VCU of new energy vehicles.

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 Green Hydrogen Simulation and Testing System which delivers simulation and testing functions for grid-connected or off-grid renewable energy electrolysis hydrogen production systems, providing an integrated solution for green hydrogen research.

The Maglev Train HIL Simulation & Testing System can simulate operational environments for both medium-speed and high-speed maglev trains in the laboratory, meeting the co-simulation requirements of four key systems: operation control, traction power supply, vehicle, and track 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.