上海科梁能源科技有限公司 - Shanghai Keliang Energy Technology Co., Ltd.
IBR-dominated Power System IBR-dominated Power System
IBR-dominated Power System
Large-Scale New Energy Power Station Testing System
Overview
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.
Applications

Supports integrated functional testing and verification for energy storage power stations.

Enables full electromagnetic transient (EMT) simulation and testing and studies for large-scale energy storage systems integrated into power grids

Features
01
Real-time simulation modeling with sub-microsecond step size
02
Delivers a cost-efficient yet safety-validated testing methodology
03
Supports comprehensive Hardware-in-the-Loop (HIL) testing across all functional layers: Converter Unit → Multi-unit Coordination → System-wide Control
System Architecture
User Cases
To address the need for validating complex energy storage integration and grid support functions, Keliang Energy constructed a real-time digital twin simulation environment. This high-fidelity platform combines detailed models of the grid, wind and solar farms, and multiple storage technologies. A key application of this system is the closed-loop testing of advanced capabilities—such as virtual inertia and primary frequency response—ensuring the stability and reliability of power systems with high renewable energy penetration.
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