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Solar/Wind Energy Training System
The Solar/Wind Energy Training System is a comprehensive educational platform designed to provide hands-on training in photovoltaic systems, small wind turbines, and hybrid solar-wind setups. It enables students to install, operate, maintain, and troubleshoot renewable energy systems while gaining practical experience with essential electronic components. The system includes a mobile workstation with a durable welded steel frame and swivel casters, power usage monitor, digital multimeter, 1 kW pure sine wave power inverter with remote control, 12 V battery bank with AGM technology, PWM solar charge controller, junction box with circuit protection, stop switches for safe turbine servicing, AC outlets, DC lamp sockets, ammeter, and fault switches with fuse protection. This setup allows learners to explore energy generation, storage, and distribution in a safe and structured environment, making it ideal for educational institutions and technical training centers.
KNX Controlled Home Automation Training System
FEATURES This system includes different KNX components such as Power Supply module, USB module, line coupler module, push button with multifunction module (4 fold and 2 fold), output actuator module (4 fold with current detection), dimming actuator module (2 fold), shutter actuator module (4 fold), and various loads like lamp and curtain. ETS software is provided for configuration and programming of different KNX devices. The system is user-friendly, self-explanatory, and allows practice of troubleshooting skills. Experiments are configurable through a patch board. Enhanced electrical safety considerations are included, and caster wheels with locking mechanisms make the workbench easily movable. An MCB is provided with AC supply for safety purposes. TECHNICAL SPECIFICATIONS Protection module: 1 no., Combined 10A DP MCD and RCD (RCBO), 30mA Power Supply, 640mA module: 1 no., 230V ± 10%, Output voltage: 28–31V, Output current: 640mA, Additional output: 30V DC auxiliary voltage USB module (Din rail mounted): 1 no., Operating voltage: 21–32V, Temperature: -5 to 45°C Line coupler module: 1 no., Operating voltage: 21–31V, Temperature: -5 to 45°C, Functions as line/area coupler Push button with multifunction module, 4 fold: 1 no., Operating voltage: 21–31V, Temperature: -5 to 45°C, Programmable button 4/8 Push button with multifunction module, 2 fold: 1 no., Operating voltage: 21–31V, Temperature: -5 to 45°C, Programmable button 2/4 Output actuator module, 4 fold with current detection: 1 no., Operating voltage over bus: 21–31V, Auxiliary voltage: 230V, Resistive load: 20A/230VAC, 20A/24VDC, Manual operation button: 4 mechanical bypass Dimming actuator module, 2 fold: 1 no., Operating voltage over bus: 21–32V, Control voltage: 230V, Electronic transformer: 400W per channel, Temperature: -5 to 45°C, Output channels: 2 Shutter a..
Hydro Turbine Energy Generator
The Hydro, Solar, and Wind Energy Training System is a comprehensive educational setup designed to provide hands-on training in renewable energy generation and applications. The system demonstrates the conversion of mechanical energy into electrical energy using a compact Pelton wheel hydro turbine, equipped with digital voltage and current measurement, resistive loads such as bulbs and fans, and a transparent casing for observing turbine operation. It includes a 0.5 HP single-phase water pump, DC output, ammeter, voltmeter, and a 304-grade stainless steel water tank. The solar module consists of a photovoltaic panel with protective cover, battery bank with sealed lead-acid battery, solar charge controller, inverter with remote control, junction boxes, bus bars, diversion and dump loads, a lockout/tagout module, and a projector lamp for solar simulation. The wind module includes a microprocessor-controlled wind turbine generator driven by a DC motor, with a permanent magnet brushless synchronous generator, three-blade rotor, overspeed protection, DC motor controller, and a stop switch for safe operation. The system comes with all necessary accessories, including safety plugs, banana plugs, and a 12 V DC battery charger, providing students with a complete, hands-on learning experience in renewable energy systems.
