TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM

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TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM

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TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM Specification

Input
Solar irradiance or mains AC supply.

Power Supply
220V AC, 50 Hz / Solar PV panel via daylight or simulator.

Components
PV panel, charge controller, inverter, battery, loads (bulbs, fans, sockets), wiring accessories, meters.

Features
Fault creation switches, modular design, fuse protection, mobile trolley (optional).

Response Time
Instantaneous feedback on digital meters.

Output
DC power (12V), AC power via inverter output.

Charging Voltage
12-14.5V DC

Sensors Specification
Basic voltmeter/ammeter sensors for real-time parameter monitoring.

Interface
Banana sockets, terminal blocks, push-in test points.

Power Source
Solar PV panel & AC main supply.

Operating Temperature
0C to 50C

IP Rating
Not rated for outdoor use (indoor lab panel).

Resolution
Panel meters resolution: Typically 0.1V or 0.01A

Display Type
Digital meters for voltage, current, power.

Usage
Technical education, training institutes, vocational schools, renewable energy labs.

Product Type
Didactic working panel trainer

Application
Practical skill development for solar PV installation, maintenance, troubleshooting.

Rated Voltage
12V DC

Supply Voltage
220V AC

Size
Standard 3x2 feet working panel (customizable).

Dimension (L*W*H)
Approx. 900 x 600 x 350 mm

Function
Training and demonstration of Solar PV system installation, wiring, testing, commissioning and fault simulation.

Color
Multicolor components on a metallic or aluminum frame panel.

Weight
Approx. 18-22 kg (varying with configuration).

Thickness
Frame: Approx. 1.2-1.5 mm

Capacity
Supports up to 20-50W PV panel demonstration.

Current Rating
10A DC (max, based on system setup).

Frequency
50 Hz

PV Panel Power Rating
20W/30W/50W options, Polycrystalline or Monocrystalline type available.

Warranty Extension
Available upon request for additional years.

Battery Type/Capacity
Sealed lead acid/SMF, 12V, 7-12Ah.

Pedagogical Support
Comprehensive manuals, trainer guides, colored diagrams.

Control Panel Material
Powder coated CRCA steel / anodized aluminum.

Inverter Output
12V DC to 220V AC conversion, modified sine wave.

Expansion Capability
Provision for connection with additional panels/loads for advanced exercises.

Mobility
Optionally supplied on lockable caster wheels.

Practical Exercises
Realistic scenarios for connection, testing, troubleshooting, and simulated faults.

Certification Compliance
Meets general safety and IS/IEC standards for educational kits.

Fuse/Protection
DC fuse, overcurrent/overload protection, reverse polarity.

TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM

TRAINING MODEL-SOLAR PVINSTALLATION SYSTEM

Mobile workstation with solar photovoltaic components,
PC-based interactive,
Multimedia student curriculum;
Installation manual and teachers guide.
Calculate PV circuit voltage and currents, various loads,
Mobile workstation is equipped with silkscreened labels for component identification
Storage/inventory of clamp meter;
Digital meter; and storage for consumables,
Including wire and conduit, directly at the workstation.

Comprehensive Learning Platform

This training system offers an integrated experience with real solar PV components, including panels, inverter, battery, and digital meters. Designed on a robust metallic or aluminum frame, it facilitates realistic connection, testing, wiring, and commissioning exercises, enhancing practical skills in solar technology. The modular panel design enables both basic and advanced configuration training.

Enhanced Pedagogical Support

Participants benefit from detailed manuals, colored wiring diagrams, and trainer guides that support smooth instructional delivery and self-guided study. The system encourages learning progression, from simple installations to advanced troubleshooting and simulated fault conditions. This approach fosters deeper understanding tailored for education and professional development.

Safe and Compliant

The system incorporates critical safety featuresovercurrent, overload, and reverse polarity protection, and is supplied with sturdy, powder-coated CRCA steel or anodized aluminum panels. All components comply with relevant IS/IEC standards for educational kits, ensuring a safe training environment. Optional lockable casters facilitate mobility, while the systems protective design is intended for indoor lab use.

FAQs of TRAINING MODEL-SOLAR PV INSTALLATION SYSTEM:

Q: How is the training model for solar PV installation used for practical learning?

A: The system allows students to physically connect PV panels, batteries, inverters, and loads following real-world scenarios. Learners perform installation, wiring, testing, commissioning, and troubleshoot faults or simulated issues, thus developing essential hands-on skills in solar PV technology.

Q: What types of PV panels and inverters are available with the model?

A: The kit can be configured with polycrystalline or monocrystalline solar PV panels rated at 20W, 30W, or 50W. It includes a modified sine wave inverter that converts 12V DC from the battery to 220V AC output for running standard appliances or test loads.

Q: When should institutions consider adding additional panels or loads to this system?

A: Additional panels or loads can be integrated whenever advanced exercises or larger system demonstrations are needed. This flexibility supports expanded practical training and simulates real-world scaling in solar projects for enhanced technical education.

Q: Where is this training panel best installed and operated?

A: The system is designed for indoor usage, such as technical classrooms, training institutes, or laboratory environments. Its IP rating supports only indoor setups, where controlled conditions help maintain performance and safety.

Q: What is the process for fault creation and troubleshooting exercises?

A: Trainers can use built-in switches to simulate electrical faults and abnormal conditions. Learners then diagnose and resolve these issues using the provided manuals, colored diagrams, and real-time feedback from digital meters, building core troubleshooting competencies.

Q: How does this training system benefit technical education and skill development?

A: Hands-on engagement with the system builds proficiency in solar PV installation, safety practices, and diagnostics. Students gain confidence working with real solar hardware, fostering practical skills that are directly applicable in the renewable energy industry.

Q: What warranty and support options are available for this product?

A: A standard warranty is provided, with the option to request an extension for additional years. Comprehensive manuals, training guides, and technical support ensure sustained educational value and smooth operation for instructors and students.

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