Relaibility

Reliability at its best

Sunbond is Where Reliability is Built, Not Just Tested.

The Solar Module Reliability Laboratory at Sunbond Energy Pvt. Ltd. is designed to ensure that photovoltaic modules meet the highest standards of quality, safety, durability, and long-term performance. The laboratory performs a comprehensive range of mechanical, environmental, electrical, and material reliability tests to simulate real-world field conditions and verify module reliability over its operational lifetime.

These tests help ensure compliance with international standards such as International Electrotechnical Commission standards like IEC 61215 and IEC 61730 for photovoltaic modules.

ROT (Robustness of Termination)

  • Verifies the mechanical strength of junction box, cables, and electrical terminations.
  • Ensures secure electrical connections under installation and operating conditions.
  • Improves long-term reliability by preventing loose connections and cable failures.

Thermal Cycling Test

  • Simulates repeated heating and cooling cycles under extreme temperature variations.
  • Verifies the module's resistance to thermal stress and material fatigue.
  • Ensures stable electrical performance and long-term durability.

Damp Heat Test

  • Exposes modules to prolonged high temperature and humidity conditions.
  • Validates moisture resistance and encapsulation durability.
  • Ensures reliable performance in tropical and humid environments.

Humidity Freeze Test

  • Simulates rapid transitions between humid and freezing conditions.
  • Verifies resistance to environmental stress and material degradation.
  • Ensures dependable performance in varying climates.

Mechanical Load Test

  • Evaluates the module's ability to withstand wind and snow loads.
  • Confirms structural integrity under mechanical stress.
  • Ensures safe and reliable field performance.

PID Resistance Test

  • Evaluates resistance against Potential Induced Degradation (PID).
  • Maintains stable power output during long-term operation.
  • Improves overall module reliability and energy yield.

Dynamic Mechanical Load Test

  • Simulates repeated wind-induced mechanical loading.
  • Verifies resistance to cyclic structural stress.
  • Ensures long-term mechanical durability.

Bypass Diode Test

  • Verifies correct bypass diode functionality.
  • Prevents excessive heating during partial shading.
  • Improves module safety and operational reliability.

Wet Leakage Current Test

  • Verifies insulation performance under wet operating conditions.
  • Ensures protection against electrical leakage.
  • Enhances electrical safety and product reliability.