Precise, detailed, and high-quality aerophotogrammetry capture of a Thermal Power Plant (164 – 273MW).
High-fidelity 3D model featuring two power units utilizing fluidized bed boiler technology to reduce SO2 and NOx emissions. This capture promotes sustainable mining development and provides essential data for industrial site management.
Technical Specifications:
Capture Mission: Professional drone flight over 1.29 km2.
Precision: Ground Sampling Distance (GSD) of 5.45 cm/px.
Detail: Intricate textures representing power units and surroundings for immersive visualization and GIS integration.
Utility: Critical asset for operational planning, environmental studies, and Digital Twin infrastructure.
Available files:
stl, obj, fbx, gltf, 3ds, dae, abc, dxf, pdf.
History:
14.10.2018: Initial Release.
15.03.2023: Updated.
ID: (180)
CONTACT US / CONTÁCTANOS HERE
BUY HERE
Technical Keywords: Photogrammetry, Drone_Capture, Power_Plant, Thermal_Energy, Industrial_Site, Digital_Twin, Aerophotogrammetry, Energy_Sector, GIS_Data, Site_Mapping, Fluidized_Bed, Sustainable_Mining, Precision_Mapping, Unity_Ready, Unreal_Engine, VR_Training, Infrastructure_3D, Industry_4_0, Technical_Visualization
96BN ROBOT READY 