Solar Thermal Training System
Solar Thermal Training System Lab Solutions for heat transfer, collectors & energy efficiency in hands-on setups. Build expertise with Ecosense.
Key Features
- Dual Mode Operation
Supports both thermosyphonic and forced circulation modes, enabling comparative studies of natural and pumped fluid flow. - Artificial Irradiation Source
Equipped with a 3200 W halogen lamp fixture with adjustable intensity, allowing for controlled indoor experiments independent of weather conditions. - Wind Simulation Capability
Features an artificial wind source with adjustable speeds ranging from 0 to 5 m/s to study convective heat losses. - Comprehensive Measurement Suite
Includes sensors and meters for real-time monitoring of temperature, pressure, flow rate, solar radiation, and wind speed, enhancing data accuracy and analysis. - Modular and Scalable Design
The system's modularity allows for easy transportation and setup, facilitating experiments both indoors and outdoors. - Adjustable Collector Orientation
Provides the ability to modify the tilt and incident angles of the collector, enabling studies on the impact of orientation on system performance. - Data Logging and Analysis
Integrated data logging capabilities allow for the recording and analysis of experimental data over time. - Auxiliary Tanks for Continuous Operation
Includes two auxiliary tanks to ensure uninterrupted experimentation and facilitate studies on thermal storage. - Manual Pump Control
A manually controlled hot water pump enables step-by-step observation of fluid dynamics and user-directed experimentation, reinforcing foundational understanding of solar thermal fluid circulation.
Learning Module
Solar Thermal System Efficiency and Performance Testing
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Assess how changing environmental factors like solar irradiance, ambient temperature, and wind speed impact thermal efficiency.
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Optimize collector orientation and tilt angle to maximize solar energy absorption.
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Conduct real-time performance analysis using integrated sensors and data logging tools.
Heat Transfer, Loss Analysis, and Collector Performance
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Determine the Heat Removal Factor (FR) and Overall Heat Loss Coefficient (UL) to assess collector performance.
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Study convective heat losses using a built-in adjustable wind simulation system (0–5 m/s).
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Analyze the effect of fluid temperature, flow rate, and irradiation levels on thermal energy collection and retention.
Fluid Circulation Methods: Thermosyphon vs. Forced Circulation
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Conduct controlled experiments to understand the physics of each fluid circulation method.
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Use manual pump control for detailed observation of hot water flow dynamics and system response.
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Explore real-world scenarios and operating conditions to strengthen foundational knowledge of solar water heating systems.