Solar Components

Products We Test

PV Modules

We test photovoltaic (PV) modules for electrical performance, power output, efficiency, durability, and environmental resilience. Our testing includes:

• Maximum power (Pmax) verification

• Thermal cycling

• Damp heat testing

• UV exposure

• Mechanical load testing

• PID (Potential Induced Degradation) testing

• Insulation & safety assessment

These tests ensure PV modules perform reliably across all weather conditions and deliver stable long-term energy production.

Solar Inverters

We evaluate solar inverters for conversion efficiency, output quality, thermal performance, and electrical safety. Testing includes:

• Efficiency testing

• MPPT tracking performance

• Overload capability

• Harmonic distortion checks

• EMI/EMC compliance

• Protection system verification (over-voltage, under-voltage, short circuit)

This ensures solar inverters operate safely, efficiently, and consistently in renewable energy systems.

Solar Batteries

Solar batteries store energy generated from solar panels and must deliver steady performance across continuous cycles. Our testing includes:

• Charge–discharge cycle testing

• Capacity verification

• Thermal performance & temperature resistance

• Overcharge / over-discharge protection

• Leakage, swelling & safety assessment

• Endurance & life cycle analysis

We test Lithium-ion, Lead-acid, and other battery types used in solar energy storage systems to ensure reliability and long service life.

Why Solar Components Testing Is Important

Comprehensive testing ensures that solar components:

• Deliver optimal energy conversion and storage

• Operate safely under extreme environmental conditions

• Meet BIS, IEC, and MNRE certification requirements

• Offer long-term performance with minimal degradation

• Improve system efficiency and reduce failure risks

• Ensure maximum ROI for end users