Solar Power Lab
Solar Power Lab
Overview
The Solar Power Lab is a comprehensive experimental system designed to study the generation, conversion, and utilization of solar energy. It enables students to understand key concepts of photovoltaic systems, charge controllers, inverters, and hybrid energy setups. The lab is ideal for engineering colleges, polytechnics, and renewable energy research centers.
This setup promotes hands-on learning in solar power technology, efficiency measurement, and system design, supporting both academic and industrial applications.
Product Range
★ Solar Photovoltaic Training Kit
★ Solar Inverter and Charge Controller Setup
★ Hybrid Solar-Wind Trainer Kit
★ Solar Tracking System Demonstrator
★ PV Efficiency and Power Measurement Module
★ Solar Inverter and Charge Controller Setup
★ Hybrid Solar-Wind Trainer Kit
★ Solar Tracking System Demonstrator
★ PV Efficiency and Power Measurement Module
Key Features
★ Complete setup for solar energy generation and testing
★ Measurement of voltage, current, and power from solar panels
★ Study of battery charging/discharging and inverter operation
★ Supports grid-tied and standalone configurations
★ Modular components for flexible experiments
★ High-quality sensors and digital meters
★ Compact and portable trainer design
★ Measurement of voltage, current, and power from solar panels
★ Study of battery charging/discharging and inverter operation
★ Supports grid-tied and standalone configurations
★ Modular components for flexible experiments
★ High-quality sensors and digital meters
★ Compact and portable trainer design
Applications
★ Solar energy and renewable system training
★ Engineering and Polytechnic lab experiments
★ Hybrid microgrid and smart energy studies
★ Research and testing of photovoltaic components
★ Hands-on training for solar technicians
★ Engineering and Polytechnic lab experiments
★ Hybrid microgrid and smart energy studies
★ Research and testing of photovoltaic components
★ Hands-on training for solar technicians
Learning Outcomes
★ Understand principles of photovoltaic energy conversion
★ Study battery charging, inverter operation, and energy storage
★ Analyze system efficiency and power output under varying conditions
★ Gain practical experience with solar lab instrumentation
★ Learn to design and operate standalone solar power systems
★ Study battery charging, inverter operation, and energy storage
★ Analyze system efficiency and power output under varying conditions
★ Gain practical experience with solar lab instrumentation
★ Learn to design and operate standalone solar power systems
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