ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
ATTEND AND PARTICIPATE
2026 EVENT PREVIEW
Projects
See all of this year’s entries
Sessions
Preview keynotes & industry talks
Speakers
Meet the experts & innovators
PAST PROJECTS
Awards & recognition
2025 winners
First-place award recipients
2026 finalists
Shortlisted top contenders
2025 Founders’ Honors
Projects that inspire us
About YII
Experience YII
Past Projects
Back
INSIDE the awards
About
Event yearbooks
Event news and updates
Bentley Labs
LATEST NEWS
2025 winners
2025 Yearbook
Back
attend and participate
Back
past projects
Awards & recognition
2025 winners
2026 finalists
2025 Founders’ Honors
LATEST NEWS
Blog article highlight
2026 categories
2025 Yearbook
AWARD CATEGORY
Bentley Descartes, Bentley LumenRT, Cesium, iTwin Capture, MicroStation, OpenFlows, OpenRoads, OpenUtilities, ProjectWise, ProStructures
To address damage to substations caused by ongoing extreme meteorological conditions throughout Henan Province, PowerChina Henan conducted a flood and waterlogging disaster risk survey for 500-kilovolt substations in the area. The project aims to improve flood control efforts and advance targeted flood prevention strategies for substations by leveraging digital solutions for flood simulation modeling, real-time monitoring, and early warning systems. Faced with unfamiliar fields, multiple professional disciplines, and multisourced data, PowerChina needed an integrated technology solution.
PowerChina Henan leveraged Cesium, Bentley iTwin Capture, and open substation and hydraulic modeling applications to integrate captured images and terrain data, conduct flood and waterlogging simulations, and create substation 3D BIM models for users to visualize the dynamic flood situations. Integrating Internet of Things devices, they developed a substation waterlogging disaster monitoring and early warning platform that improved quality and efficiencies by more than 60% and saves over 30% in costs assessing flood disaster impact on each substation inspected.