3D Workspace
Home
Assets
Affiliate Program
Creator Program
Sign up/Log in
View Plans
DCC Bridge
royarindam2403
10-09 12:29
Model Name
electric substation 3d model
Tags
electric substation
machine
machine realistic
machine simulation
machine simulation realistic
realistic
simulation
simulation realistic
substation
transformers
Prompt
Design a detailed, realistic 3D model of an Extra High Voltage (EHV) substation (400 kV/220 kV) for integration with Unity, Unreal Engine, or Blender-based digital twin simulation environments. The scene should use a physically accurate, modular layout, reflecting contemporary Indian/IEC standards. The model should support realistic system monitoring, simulation of electrical faults, maintenance, and load-flow analysis. Required Elements: Main Components (all accurately modeled, correctly scaled, and labeled): Power transformers (multiple, with bushings, radiators, cooling fans, oil conservator) Circuit breakers (SF6/gas type, with operating mechanism boxes) Isolators (with motorized/lever mechanisms) Busbars (flexible/rigid, with insulator stacks, proper phasing) Current Transformers (CTs) and Potential Transformers (PTs), with base and post insulators Reactors (shunt/series, with fencing if required) Lightning arresters at incoming/outgoing line entries and equipment Control room (detailed exterior, windows/doors, labeled, separate from switchyard) Transmission towers and poles for incoming/outgoing feeder lines (with insulator strings) Grounding mesh visible at foundation level (weathered look) Outgoing/incoming lines with correct cable sag/routing Fenced perimeter with gated entry Properly marked zones (switchyard, transformer bays, control room area), with clear cable trenches and pathways Environment & Texturing: Realistic, weathered concrete foundations and gravel for the switchyard area Accurate metallic and porcelain/glass textures for equipment and insulators Fencing and warning/safety signage at appropriate locations Modular components (each separate mesh/group) for simulation of operation/faults Scene Features: Cable routing (with clamps, terminations, realistic bends) Accurate physical scaling of all objects for true-to-life simulation Realistic lighting, shadows, and HDRI-based sky (for day-lighted monitoring scenarios) Camera view(s) covering full site plus focused “maintenance” angles (transformer bay, breaker panels, etc.) All major parts grouped/named clearly in the model file according to standards (for import & scripting) Performance & Export: Optimized geometry with LOD options—suitable for real-time platforms (Unity/Unreal/Blender) Export as FBX, OBJ, or GLB/GLTF (with PBR textures—Albedo, Metalness, Roughness, Normal maps) Total polycount and texture sizes balanced for smooth simulation in digital twin scenarios Use-case: The model should be suitable for dynamic visualization of: Fault simulation (component visibility/toggling, arc effects support) Load-flow monitoring (animation-ready cable components) Remote switching (open/close operations for breakers, isolators) Maintenance planning/inspection References: Use typical Indian (Power Grid) and IEC substation layout diagrams for accuracy
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
royarindam2403
royarindam2403royarindam2403