3D Model
Electrical Engineering Portfolio — Solar PV, Power System Studies & BIM
retail store — 512 bifacial modules, string tables, tray routing and BOM; (2) 499 kWp PV string & inverter design for a distribution center — 3×124 kW inverters, DC/AC 1.33; (3) Protective relay settings SLD
Designer
roopaoddin
Electrical Design Engineer
Electrical Design Engineer with experience in residential, commercial, and healthcare projects. Skilled in electrical system design, load calculations, cable sizing, voltage drop calculations, lighting
Designer
gbchavda
Electrical Engineer , AutoCAD Solar PV Designer, SketchUp Expert
qualified Electrical Engineer with 3+ years of experience in AutoCAD, SketchUp, and solar PV system design. I specialize in creating precise solar rooftop layouts, electrical wiring diagrams, and load calculations
Designer
davidodufejo
Electrical engineer and 2D & 3D designer with AutoCad, Sketchup and 3Ds max experience.
Professional in 2D and 3D system design and animation using sketchup,3Ds Max and Autocadwith over five years experience.
3D Model
Inverter Casing
Inverter casing. Conducted thermal management calculation, materials and considered manufacturability. Design is manufacturable through Aluminum extrusion and Laser Cutting.
Designer
emadrezaei
Mechanical engineering professional with SolidWorks and Inverter experience
3D Model
Cascaded H-Bridge Inverter: Stackable Modules to 2kV
frequency. The previous linear amplifier approach was massive and ran hot. Solution: Cascaded H-bridge inverter where each stage adds its output voltage in series, reaching 2kV with lower-voltage MOSFETs per
3D Model
Cascaded H-Bridge Inverter: Stackable Modules to 2kV
frequency. The previous linear amplifier approach was massive and ran hot. Solution: Cascaded H-bridge inverter where each stage adds its output voltage in series, reaching 2kV with lower-voltage MOSFETs per
3D Model
Utility-Scale Solar PV Inverter Station – 3D CAD Model
of a utility-scale solar PV inverter station developed for equipment layout, spatial coordination, access clearance, and design visualization. The model includes the inverter station enclosure, electrical
Job
Power Systems Design Engineer / Power Industry Expert – Hybrid Inverter Backup Power
range (scalable/modular design).
Cost target: Less than $100 per kW (hardware cost).
2. Physical & Structural
Enclosures: Maximum 2 enclosures per system (e.g., combined inverter + batteries in one,