Uploaded March 2026 | Updated September 2026, 2 weeks ago
Across a power station's lifecycle, modules are exposed to snow loads, transport stress, and installation impacts. These forces can trigger micro-cracks——an invisible threat to yield, safety, and long-term reliability. At AIKO, we address this challenge from the ground up by designing ABC modules to resist micro-cracks from the start.
By integrating copper interconnection and innovative single-sided soldering, ABC modules significantly reduce the risk of micro-cracks.
In impact tests, under conditions of 2 kg at 1.1 m/s, ABC cells experienced only 30% of the power loss seen in TOPCon. Moreover, TÜV NORD testing at 230 kg/100 cm² found no micro-cracks in ABC modules.
With AIKO ABC, we're safeguarding your power station with cutting-edge technology, advancing the world toward a carbon-free future. 🔋🌍
#AIKOEnergy #ABCTechnology #MicroCrackResistance #PVDurability #SolarReliability
Across a power station's lifecycle, modules are exposed to snow loads, transport stress, and installation impacts. These forces can trigger micro-cracks——an invisible threat to yield, safety, and long-term reliability. At AIKO, we address this challenge from the ground up by designing ABC modules to resist micro-cracks from the start.
By integrating copper interconnection and innovative single-sided soldering, ABC modules significantly reduce the risk of micro-cracks.
In impact tests, under conditions of 2 kg at 1.1 m/s, ABC cells experienced only 30% of the power loss seen in TOPCon. Moreover, TÜV NORD testing at 230 kg/100 cm² found no micro-cracks in ABC modules.
With AIKO ABC, we're safeguarding your power station with cutting-edge technology, advancing the world toward a carbon-free future. 🔋🌍
#AIKOEnergy #ABCTechnology #MicroCrackResistance #PVDurability #SolarReliability
