【PVPMC】河海大学-白建波-基于BIM的光伏电站三维虚拟现实设计与仿真

3D Virtual Reality Design and Simulation for Photovoltaic Power Plants based on BIM Dr. Prof. Jianbo Bai （白建波） 2019.12.9 Hohai University, China （ 河海大学 ）13 th PVPMC Current PV Simulation Softwares13 th PVPMC BIM Photovoltaic BIM Building Information Modeling is a newly 3-D, object-oriented, CAD approach for architects and engineers, grows fast in the architecture, engineering, and construction AEC industries Cover full life cycle efficiently plan, design, construct, and manage buildings and infrastructure Advantages visualization, coordination, simulation, drawing and optimization Introduction of BIM in PV industry will be an innovation Requirement of specialized, refined design and maintenance for PV stations13 th PVPMC BIM based on Sketchup Easy use, less modeling time Huge audience Plugin and online map Powerful Ruby API13 th PVPMC Can design process together with PV Simulation tools Layout scheme for PV stations Shading analysis report for PV stations Simulation of radiation and PV equipment performance Simulation of yearly generation of PV stations Simulation other losses Economic environmental analysisSolarPV 1.0 SolarPV Plugin 13 th PVPMC Integrate simulation into the early phases of the design process Bridge the gap between simulation tools and the design process Provide 3D visualizeddesign and presentation for PV stations Improve design efficiency and reduce design costs Help optimize energy and economic performance for PV stations Goals of SolarPV Plugin13 th PVPMC Functions of SolarPV Plugin （Online before 2020.5） Rapid 3D virtual reality modeling of PV stations, parametric design of PV stations Automatic arrangement of PV stations Hourly shading analysis of PV stations Meteorological data interface based on Meteonorm and NASA Cloud-enabled project, user, database and algorithm Massive database of PV modules and inverters Export standard CAD files Support PV stations with curved surface or mountain terrain13 th PVPMC Automatic layout on Roof with SolarPV Plugin13 th PVPMC Hourly shading analysis and further optimization with Solar Plugin Annual radiation analysis for PV modules and roofs, remove the low radiation parts Optimal configuration for number of PV modules at different spacing Optimal configuration for number, orientation and inclination of PV modules on non south‐facing roofs Optimal configuration for horizontal, vertical or stacked PV modules13 th PVPMC Demo13 th PVPMC Future plan Develop friendly, easy use and powerful PV web platform – System-level PV simulation – 3D Design for PV stations – Rich tools Support new type of PV modules bifacial, BIPV, shingled and slicing etc. Support simulation of stand-alone PV stations Support simulation of multiple tracking types of PV stations Enlarge equipment database13 th PVPMC Conclusion BIM brings a more intuitive project experience to designers and users BIM brings energy simulation into the early phases of the design process PV BIM is a development trend, not only in design process, but also in operation and maintenance phases etc. BIM cloud-enabled technologies can improve PV performance modeling technology13 th PVPMC SolarPV Official Website http//www.ansolarpv.com THANKS 谢谢