City-scale Buildings Energy Infomap & Data Analytics Platform Preliminary Proposal

I&T Solution City-scale Buildings Energy Infomap & Data Analytics Platform Preliminary Proposal
(REF: S-2068)
Trial Project
Solution Feature
  • Hong Kong-focused building energy management platform: public data query, energy audit screening, and AI-driven prediction, serving diverse users.
  • Integrates EMSD multi-dimensional energy data, deploys AI models for multi-scenario savings prediction, and adheres to ASHRAE 209 for standardization.
  • A targeted energy audit module calculates consumption, tracks audits, streamlines execution, and enables the "display-analysis-audit" closed-loop service.
  • Integrated lightweight map component supports flexible building info addition & map switching; frontend optimization ensures smooth massive model viewing.
Trial Application and Expected Outcome
  • The 3D buildings in Kowloon City District are selected as the pilot site to complete the training of two types of AI-based building energy calculation models.
  • It can invoke the AI energy model for energy analysis and prediction based on the scenarios selected by users and the input engineering assumption parameters.
  • Unreal Engine-powered 3D building rendering; smooth 2D/3D switching, lag-free map zooming, panning and layer selection.
  • Supports new building info addition, ensuring accurate map display even when the underlying map lacks relevant geographic data.
  • Can screen out the buildings subject to energy audits in accordance with the requirements specified in the Buildings Energy Efficiency Ordinance.
Additional Solution Information City-scale Buildings Energy Infomap & Data Analytics Platform Preliminary Proposal.pdf
Info on I&T Solution Provider
Solution Provider:XUE FEI
Address:Room 2612-15, 26/F, Metropolis Tower, 10 Metropolis Drive, Hung Hom, Kowloon, Hong Kong
Contact Person:XUE FEI
Position:Engineer
Tel:+86 13480299499
Email: xuefei@gedi.com.cn

For details of the above I&T solution, please contact the I&T solution provider.