The GUNT Solar-Powered Refrigeration Trainer demonstrates sustainable cooling using solar-generated electricity. Designed around a typical compression refrigeration system, the trainer integrates photovoltaic modules for off-grid operation, making it ideal for remote and mobile applications. The unit includes an insulated refrigeration chamber, cold accumulator, and detailed data acquisition via sensors and PC-based GUNT software.
Product Features
- Compression refrigeration system with insulated cooling chamber
- Powered directly by photovoltaic modules from GUNT’s solar trainers
- Optional operation with laboratory power supply or artificial light source
- Piston compressor with adjustable speed and thermostatic expansion valve
- Removable cold accumulator increases autonomous cooling time
- Heater inside chamber for generating controlled cooling load
- Automatic compressor start when sufficient solar power is available
- Cold accumulators recharge when optimal cooling temperatures are reached
- Sensors monitor and log all critical operating parameters
- GUNT software calculates refrigerant mass flow rate for high-accuracy analysis
Benefits
- Demonstrates renewable energy-powered refrigeration for off-grid applications
- Teaches energy-efficient cooling using photovoltaic integration
- Ideal for training in sustainable energy and HVACR technologies
- Accurate, software-based refrigerant diagnostics for enhanced learning
Why Choose the GUNT Solar-Powered Refrigeration Trainer?
The GUNT Solar-Powered Refrigeration Trainer offers a realistic and hands-on approach to understanding solar-electric cooling systems. With its integration of photovoltaic energy, cold storage, and advanced software analysis, this trainer equips learners with the skills and insight to develop and evaluate renewable-based cooling solutions in a growing global market.
