PORTABLE & LABORATORY IV TESTING

IV Testing Solutions

From portable field inspection to laboratory and production-line testing systems.

  • Fast On-Site PV Testing

  • Accurate IV Curve Analysis

  • Lightweight & Portable Design

  • Battery-Powered Operation

Explore IV Solutions
IV Curve Tracer

Solar Module IV Testing Solutions

Portable field testers, laboratory characterization systems, and automated production-line IV testing equipment.

Portable Field Testing

IV Curve Tracer

Portable Bifacial IV Tester

MT-PV2000

Dual-side IV testing for bifacial modules

Portable IV Tester

Portable Solar Module IV Tester

MT-PV1500

Fast field testing for PV modules

Portable IV Curve Testers

Portable PV Power Analyzer

MT-PV200

Portable performance analysis for PV systems

Laboratory & Production Systems

Long Pulse IV Testers

A+A+A+ Long Pulse IV Tester

MT-IV3000II

Long pulse width 10-150MS, flash pulse adjustable

Online Solar Panel IV Tester

online Solar Panel IV Tester

MT-IV3006

Automated online testing for high-speed product line

Large BIPV Module IV Tester

Large BIPV Module IV Tester

MT-IV3000III

Designed for large size BIPV modules

TECHNICAL HIGHLIGHTS

  • High-Voltage PV Module Testing

  • Accurate STC Correction Algorithms

  • Real-Time I-V Curve Analysis

  • Multi-Technology Module Compatibility

  • Data Logging & Report Export

TESTING APPLICATIONS

  • Incoming Quality Inspection

  • PV Module Production Testing

  • Laboratory Characterization

  • Field Performance Evaluation

  • Research, Certification & QA Testing

SUPPORT & INFORMATION

IV Testing Solutions FAQ

Our IV testing solutions support a wide range of photovoltaic technologies, including monocrystalline, polycrystalline, PERC, TOPCon, HJT, bifacial, half-cell, and BIPV modules. Compatibility depends on the specific tester model and module electrical parameters.

Yes. Selected IV testers are designed for bifacial module testing and can evaluate front-side and rear-side performance under controlled testing conditions. Dedicated bifacial testing models are available for advanced characterization and quality control applications.

An IV tester can measure key photovoltaic performance parameters, including:

  • Open Circuit Voltage (Voc)
  • Short Circuit Current (Isc)
  • Maximum Power (Pmax)
  • Voltage at Maximum Power (Vmp)
  • Current at Maximum Power (Imp)
  • Fill Factor (FF)
  • Conversion Efficiency

These parameters help assess module quality and overall system performance

Yes. In addition to portable field testers, laboratory IV testing systems are available for module characterization, research applications, certification support, and detailed performance evaluation under controlled conditions.

Yes. Automated IV testing systems can be integrated into solar module manufacturing lines to support high-throughput testing, quality inspection, and production process control. Integration options are available according to production requirements.

Contact Us