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Real-world electrical engineering and power systems work — from design to deployment.

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Filters: Power Electronics × 3 results
All Proteus (14) Simulation (14) Arduino (10) Automation (7) LCD (6) Sensors (5) Embedded Testing (4) PCB Design (3) Power Electronics (3) PLC (2) Renewable Energy (2) Solar Energy (1) Renewable (1) Grid-Tied (1) Installation (1) Cable Car (1) Power Systems (1) Control Panels (1) SCADA (1) MCC (1) VFD (1) Substation (1) Protection (1) Relay (1) IEC (1) Transmission Line (1) MATLAB (1) Neural Network (1) IoT (1) EV Charging System (1) Proteus Simulation (1) News Portal (1) PHP (1) MySQL (1) CMS (1) Nepal (1) Nepali Language (1) Web Development (1) Op-Amp (1) 8051 (1) GSM / SMS (1) Traffic Control (1)
Wind turbine controller
Proteus Simulation Arduino
Wind turbine controller
I wanted to build a wind turbine project back in college and never finished it. This is that project done properly. It's a controller for a small 300 W to 1 kW turbine charging a 12 V battery bank, like the ones that make sense on windy ridges in the hills, where the grid is weak or doesn't reach.
SCR latch (switching) circuit
Proteus Simulation PCB Design
SCR latch (switching) circuit
A thyristor (SCR) latch. A short press on the trigger button turns the SCR on, and it stays on after you let go. The only way to turn it off is to break the anode current with the reset switch. That's the idea behind crowbar protection, simple alarms and "press once to start" circuits.
5 V regulated power supply
Proteus Simulation PCB Design
5 V regulated power supply
A linear 230 V AC to 5 V DC supply. It has a step-down transformer, a bridge rectifier made from four 1N4007 diodes, a reservoir capacitor and a 7805 regulator. I drew it three times while learning Proteus, so this folder has the simulation version and two PCB versions with the 3D view.