Authenticity: Aligned with Real-World Conditions

The system architecture is constrained by regional climate, resource availability, and load characteristics. Parameters are derived from mechanistic models, actual measurements, and fitted data to ensure reliability and accuracy.

Compliance: Strict Adherence to Standards

The design of each energy subsystem follows relevant national standards and industry regulations, ensuring a rational and standardized structure.

Functionality: Comprehensive Research Support

The system provides complete topological layouts, parameters, and time-series data, supporting diverse research needs such as multi-energy flow calculations, economic optimization dispatch, and reliability assessments.

Complexity: Simulation of Highly Intricate Systems

The system includes 320 heterogeneous energy nodes, multiple types of coupling devices enabling frequent interactions, and high-penetration renewable energy (wind & solar) configurations with extreme scenario data to validate innovative algorithms.

Flexibility: Support for Dynamic Adjustments

It allows for network structure optimization, independent/joint subsystem simulations, modification of load/equipment parameters, and customizable pricing/control strategies to adapt to varied requirements.