GRID TIE Inverter Tester

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The Grid Tie Inverter Tester (GTI Test System) is an advanced automated platform designed for testing solar inverters up to 120 kW. It performs functional, safety, performance, and burn-in tests to ensure reliability, efficiency, and IEC compliance, making it ideal for manufacturers and R&D laboratories.

Testing Performance Key Points

Automated Functional & Performance Testing
Grid Synchronization & Power Quality Validation
High Voltage Safety & Insulation Testing
Burn-In & Reliability Assessment

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Product Description -

SPECIFICATIONS

TYPE OF TESTS	SPECIFICATIONS
Functional Test	DC Source: up to 1000 V, 300 A per string
Performance & MPPT Test	AC Grid Simulator: 120 kVA regenerative, 230/400 V
Grid Synchronization & Power Quality Test	Load Bank: 0–120 kW (regenerative / RL)
Safety – High Voltage (HV) Test	HV Test: up to 5 kV AC / 6 kV DC
Safety – Insulation Resistance (IR) Test	IR Test: up to 1000 V, 1 MΩ - 10 GΩ
Earth Bond / Ground Continuity Test	Earth Bond: up to 25 A, <100 mΩ
Ageing (Burn-In) Test	Burn-In: 24–240 hrs, load & grid cycling
Reliability & Trend Monitoring	Software: LabVIEW automation with data logging

KEY FEATURES

All-in-One Test Platform: Combined functional, safety, performance, and burn-in testing in a single integrated system.
Regenerative AC/DC Sources: Reduces energy consumption and operational cost during testing.
High Power Capability: Supports inverter testing up to 120 kW with programmable voltage and frequency.
Integrated Safety Testing: Includes HV, IR, and Earth Bond tests for complete electrical safety compliance.
Automated Data Logging & Reports: Generates detailed test reports for traceability and certification.
Rugged Industrial Design: Built with full safety interlocks for secure and reliable operation.

What we offer

Exeliq delivers modular and customizable Grid Tie Inverter Testing Systems for manufacturing, R&D, and certification labs. Our solutions support Industry 4.0, provide IEC-compliant measurements, and ensure high-accuracy testing with regenerative, cost-efficient operation backed by strong engineering support.