Addressing fragmented modeling approaches, disjointed optimization processes, and inefficient O&M practices in integrated energy systems, Keliang Energy has developed a full-process simulation and testing platform for integrated energy systems.
This platform integrates a multi-energy flow mechanistic model library (covering cooling, heating, electricity, gas, and hydrogen) to enable rapid topology construction for building/campus-level scenarios. By fusing mechanism-driven and data-driven technologies, we establish:
An intelligent diagnostic framework for anomaly detection and system health monitoring;
A tripartite evaluation metric balancing security-economy-carbon footprint objectives;
A failure mode database for proactive risk mitigation.
The integrated energy digital twin cloud platform integrating real-time simulation systems provides a full-process testing environment for equipment research and development, forming a full lifecycle solution—from planning/design to intelligent O&M, and providing standardized and AI-driven technical support for low-carbon energy transitions.
