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Training equipment related to solar energy and photovoltaic systems.
Sectional models showing construction of PV cells and modules. Enhances understanding of cell layers, materials, and working principles.
Small-scale wind turbine kit with a blower to simulate wind. Includes a set of incandescent lamps as load to study wind energy generation and performance.
Training rack equipped with switches, bus bars, connectors, and wiring components. Supports hands-on practice in electrical wiring, safety, and distribution.
Instrument to plot current-voltage characteristics of solar cells and modules. Useful for performance evaluation and comparative study of PV panels.
Adjustable resistive and inductive load bank for testing generators, inverters, and solar/wind systems under different load conditions.
Demonstration rack with relays, contactors, and fuses. Teaches protection schemes, fault detection, and control of electrical circuits.
Instrument to measure global solar radiation on a horizontal surface, used for solar energy assessment and PV system design.
Device to measure direct beam solar radiation. Helps in studying solar resource assessment for photovoltaic and thermal systems.
Educational kit containing individual solar cells with connectors, allowing experiments on voltage, current, and efficiency. Ideal for basic photovoltaic studies.
Educational meter using a small solar cell to estimate solar irradiance. Useful for practical demonstrations and laboratory experiments.
Demonstration pump powered by a DC solar panel. Used for irrigation, water supply, and learning solar-to-mechanical energy conversion.
Educational trainer with multiple solar cells connected in series and parallel configurations. Allows experiments on voltage, current, and power generation.
Demonstration kit for studying grid-tied solar inverters, energy conversion, and synchronization with the electrical grid. Shows real-time AC output from DC solar inputs.
Training kit to assemble and operate solar lanterns. Includes solar panels, battery, LED lamp, and wiring components for hands-on learning of solar lighting systems.
Artificial light source simulating sunlight for testing solar cell performance under controlled conditions. Supports IV curve tracing and efficiency analysis.
Fully functional solar-powered street light system with panel, battery, LED lamp, and charge controller. Demonstrates off-grid solar lighting technology.
Training model demonstrating a solar tracker system that follows the sun to maximize energy capture. Includes motorized movement and control mechanisms.
Solar-powered traffic light model with LEDs, battery, and controller. Provides practical demonstration of renewable energy applications in traffic management.
Multi-source renewable energy trainer illustrating the integration of solar and wind energy to supply a hybrid electrical system. Includes simulated load and monitoring instruments.
Training kit to simulate solar-powered water treatment processes. Shows principles of solar energy utilization in pumping, filtration, and treatment systems.
