Unified dispatching and integrated management of heterogeneous energy systems are key to fully leveraging the complementary advantages of multiple energy sources. Data from such energy management platforms can contribute to the digital transformation of multi-energy systems

enabling data services and added business value. In this paper

in accordance with the characteristics and operational requirements of the heterogeneous energy system at the Guangzhou Higher Education Mega Center

a flexible

universal

and intelligent energy management platform is designed as a cloud-based system. This platform integrates intelligent electronic devices

cloud components

PaaS parallel stream computing

and cloud-edge collaborative technology. The proposed platform has the functions of supervisory control

intelligent interaction

optimization and decision-making

and other energy management services

through which it can improve the coordinated and optimized operation capacity and energy utilization rate of the heterogeneous energy system in the Guangzhou Higher Education Mega Center. The proposed design scheme can be used as a reference for constructing an integrated management platform for heterogeneous urban energy systems.