AXION ES has developed a custom Solar & Wind Hybrid Training Board for practical renewable energy education and hands-on technical training. This training system is designed to help students, engineers, technicians, and trainees understand how solar power, wind power, battery charging, inverter conversion, electrical measurement, and AC load consumption work together in a hybrid renewable energy system.
Many renewable energy courses explain solar and wind systems theoretically, but students often do not get enough opportunity to connect, test, measure, and observe a real working system. This trainer board solves that problem by arranging the main components of a solar-wind hybrid system in a structured, safe, and easy-to-understand training platform.
The board includes solar charge control, wind charge control, battery charging, inverter operation, voltage measurement, current measurement, power consumption measurement, load testing, and practical wiring terminals. It can be used in classrooms, laboratories, workshops, and technical training programs.
Problem
Renewable energy is becoming more important in Bangladesh and worldwide. However, many students and technicians only learn solar and wind systems from books or slides. Without practical demonstration, it becomes difficult to understand real-life system behavior.
Common challenges in renewable energy training include:
- Lack of practical solar and wind training equipment
- Limited understanding of charge controllers
- Difficulty explaining battery charging and discharging
- No hands-on experience with DC and AC measurement
- Limited understanding of inverter operation
- No safe way to connect and test loads
- Difficulty visualizing energy conversion from solar/wind to battery and AC load
- Lack of customized training boards for local institutions
- Imported training systems are often expensive and difficult to maintain
A practical trainer board helps students learn by doing. They can connect wires, observe meter readings, test load behavior, compare solar and wind input, and understand how a renewable energy system is built.
AXION ES Recommended Solution
AXION ES designed and developed a Solar & Wind Hybrid Training Board that combines solar PV, wind turbine input, charge controllers, battery storage, inverter output, meters, and load testing in one educational platform.
The system is built for practical demonstration and training. It allows users to understand the complete flow of renewable energy:
Solar / Wind Input → Charge Controller → Battery → Inverter → AC Load
The trainer board can be customized according to the institution’s curriculum, lab requirement, training level, and available budget.
The solution may include:
- Solar PV module integration
- Wind turbine demonstration unit
- Solar charge controller
- Wind charge controller
- Battery charging circuit
- DC voltage measurement
- DC current measurement
- AC voltage output demonstration
- Power consumption meter
- Inverter operation
- AC load testing with lamps
- 220V AC output terminal demonstration
- Safe patch terminal wiring
- On/off control and protection
- Training manual and experiment guide
- Installation and commissioning support
How the Training Board Works
The training board is designed to demonstrate the working process of a hybrid renewable energy system.
In solar mode, the solar panel generates DC electricity from sunlight. This DC input goes to the solar charge controller, which regulates the charging process and sends controlled power to the battery.
In wind mode, the wind turbine generates electrical energy from airflow or wind movement. The wind charge controller manages this energy and supports battery charging.
The battery stores energy from solar and wind sources. The inverter then converts the stored 12V DC battery power into 220V AC output, which can run demonstration loads such as lamps.
Students can observe voltage, current, and power consumption using meters placed on the board. They can also connect and disconnect different terminals to understand the system flow.
Basic learning flow:
- Solar panel or wind turbine produces electrical power
- Charge controller regulates the input
- Battery stores the energy
- Inverter converts DC power to AC power
- AC load consumes the energy
- Meters show voltage, current, and consumption
- Students analyze system behavior through practical experiment
Key Features
Solar Charge Controller Demonstration
The board includes a solar charge controller to show how solar energy is regulated before charging the battery. Students can learn about solar input, battery charging, load output, and protection functions.
Wind Charge Controller Demonstration
The wind charge controller section helps trainees understand wind turbine energy conversion and battery charging from wind power.
Battery and Energy Storage Training
The system demonstrates how renewable energy is stored in a battery and later used through an inverter or DC load.
Inverter Training
The inverter section shows how 12V DC battery power can be converted into 220V AC output. This helps students understand DC-to-AC conversion in practical renewable energy systems.
Voltage and Current Measurement
The board includes digital meters to measure voltage and current at different points of the system. This helps learners understand energy flow and system performance.
Power Consumption Unit
The power consumption section demonstrates how connected AC loads consume energy. This is useful for explaining load calculation, energy usage, and power monitoring.
AC Load Demonstration
Lamp loads can be connected to show real-time power usage and inverter output behavior.
Hands-on Wiring Terminals
The trainer board includes accessible terminals so users can connect and test circuits under supervision. This improves practical learning and troubleshooting ability.
Safe and Structured Layout
All major parts are arranged in a clear panel layout, making the system easy to understand and suitable for classroom demonstration.
Customizable Design
AXION ES can customize the system with different meters, controllers, load sections, solar panel sizes, wind turbine sizes, battery types, and training modules.
Practical Learning Topics
This training board can help students learn:
- Basics of solar energy generation
- Basics of wind energy generation
- Solar PV output measurement
- Wind turbine output measurement
- Charge controller function
- Battery charging and discharging
- DC voltage and current measurement
- Inverter input and output
- 12V DC to 220V AC conversion
- AC load testing
- Power consumption measurement
- System wiring and troubleshooting
- Renewable energy system protection
- Hybrid renewable energy concept
- Energy efficiency and load management
Application Areas
The Solar & Wind Hybrid Training Board is suitable for:
- Engineering universities
- Polytechnic institutes
- Technical schools
- Vocational training centers
- Renewable energy training labs
- Solar EPC training centers
- Electrical engineering labs
- NGO training programs
- Government skill development programs
- Private technical academies
- School science labs
- Research and demonstration projects
Benefits for Institutions
A custom renewable energy trainer board provides strong educational value for institutions.
Main benefits include:
- Practical renewable energy learning
- Hands-on student engagement
- Better understanding of solar and wind systems
- Safe lab-based demonstration
- Easy measurement and analysis
- Supports technical curriculum
- Helps train future solar technicians
- Local development and service support
- Customizable according to course needs
- Useful for workshops and short courses
- Improves lab infrastructure quality
For technical institutions, this type of trainer board can help bridge the gap between theory and real-world renewable energy system implementation.
AXION ES Engineering Capability
AXION ES has experience in solar EPC, embedded systems, electrical control, automation, training equipment development, panel wiring, and custom product design. This allows us to design practical training systems for educational and technical institutions.
Our support may include:
- Training board concept design
- Electrical layout design
- Panel fabrication
- Meter and component integration
- Solar and wind system integration
- Battery and inverter setup
- Wiring and terminal design
- Safety and protection planning
- User manual preparation
- Lab installation
- Trainer orientation
- Maintenance and future upgrade support
Future Upgrade Potential
The Solar & Wind Hybrid Training Board can be further upgraded with advanced features such as:
- IoT-based monitoring dashboard
- Data logging for voltage, current, and power
- Mobile app monitoring
- MPPT vs PWM charge controller comparison
- Solar irradiance sensor
- Wind speed sensor
- Battery health monitoring
- Multiple battery chemistry comparison
- Grid-tie inverter demonstration
- Mini microgrid simulation
- Load management automation
- Fault simulation training
- PLC or microcontroller-based energy control
- Advanced renewable energy lab package
These upgrades can make the trainer board more suitable for advanced renewable energy courses and research-based training.
Expected Outcome
After installation, the institution can expect:
- Better practical training facility
- Improved student understanding
- Hands-on renewable energy experiments
- Easier demonstration of solar and wind hybrid systems
- Better technical skill development
- Stronger renewable energy curriculum support
- Local maintenance and customization support
- Long-term reusable training platform
Why Choose AXION ES?
AXION ES develops practical engineering solutions for education, industry, renewable energy, and automation. Our training boards are designed with real component integration so learners can understand actual system operation instead of only studying diagrams.
Our strengths include:
- Local design and development
- Custom trainer board fabrication
- Renewable energy system knowledge
- Electrical panel and wiring expertise
- Solar and wind hybrid integration
- Practical training-focused design
- Local support and maintenance
- Customization for institutional needs
- Future upgrade capability
Conclusion
The AXION ES Solar & Wind Hybrid Training Board is a practical renewable energy learning system designed for hands-on education and technical training. It combines solar power, wind power, charge controllers, battery storage, inverter conversion, AC load testing, power monitoring, and safe wiring terminals in one structured platform.
This system is ideal for universities, polytechnic institutes, technical training centers, renewable energy labs, and organizations that want to improve practical learning in solar and wind energy.
By developing customized training boards locally, AXION ES supports renewable energy education, technical skill development, and future-ready green energy training in Bangladesh.