3D Model
182.4kW Grid PV - School Carport
carport spans six uniquely oriented roof surfaces, transformed into a power plant through meticulous 3D modeling. Annual generation exceeds 257,000 kWh, performance hits an elite 86.86%, and the financials
3D Model
Industrial Pressure Vessel / Boiler
entry points. -Realistic nozzles and fittings for detail and accuracy. 📌 Applications: -Steam generation in power plants ⚡ -Chemical & petrochemical processing 🛢️ -Industrial storage of pressurized fluids
Designer
abubakar2
Electrical | CAD | MEP | Drafting | AutoCAD | SolidWorks | Product Development
years of good experience in handling Electronic systems and Power System analysis for Generation, Transmission, Distribution Utilities, Bulk power-consuming industries, Control systems, and Digital Logic
Designer
chathushka
PCB Design & Embedded Hardware Engineer specializing in Altium, multilayer, RF, high-speed, low-powe
Designer. I specialize in high-speed digital, RF, low-power, mixed-signal, rigid, and flexible PCB design, with strong attention to signal integrity, power integrity, controlled impedance, grounding, EMI/EMC
Designer
campusk
IGCSE Schools in Chennai - Campus K International
is one of the best K-12 progressive IGCSE schools in Chennai that is actively using innovation to power the pursuit of knowledge. Bringing in ancient wisdom with the ingenuity of technology and the expertise
Designer
Roman_Pochinkov
Mechanical Engineering Professional with CAD/FEA/CFD experience
Engineer) with good practical skills in the field of exploitation and service of modern Power Plants and Energy Generation Systems including: Diesel/Petrol/Gas Engines, Steam and Gas Turbines, Boilers, Air
3D Model
Foil Rewinding Machine
Fabrication of a Foil Rewinding Machine. • Main Rewinding Motor Power: 2 hp. • Motor Control: VFD Inverter. • Output RPM: up to 350 RPM. • Power Transfer System: V Belts & Pulleys. • Rewind Materials: Aluminum
3D Model
Wind Turbine Model
Wind turbines are fascinating devices that convert the kinetic energy from wind into electrical power. Here's a brief description: Components: Blades: Usually three, these are designed to capture wind
Designer
solvify_llc
Thermal-Hydraulic and Reliability Specialist | Advanced Energy Systems
enhanced reliability while meeting UL and ATEX requirements. My background also includes hands-on power plant operations at the University of Washington’s steam plant and published research in knot theory
3D Model
hydraulic unloading block
the design and detailing of a hydraulic unloading block intended for use in industrial hydraulic power packs and accumulator-based systems. The unloading block is designed to automatically divert pump