AIKO's ABC Technology Redefining Real-World Solar Performance
Author: Marisan Hallett

 

AIKO is a globally recognized innovator in high-efficiency photovoltaic technology, with a clear focus on delivering solar solutions that perform in real-world conditions, not just on paper.

After years of supplying premium solar cells to leading module manufacturers, AIKO took a decisive step in 2021 by launching its own solar panels powered by its proprietary All Back Contact (ABC) technology. By relocating all electrical contacts to the rear of the cell, ABC technology eliminates front-side shading, allowing more sunlight to reach the active surface and significantly improving energy conversion.

The result is industry-leading efficiency of up to 23.7%, delivering 6–9% higher energy output than standard TOPCon modules under the same conditions. Built on advanced n-type cell technology, AIKO's ABC modules offer superior stability, reduced degradation, and consistent long-term performance.

Leading Thermal Efficiency

In high-temperature environments, where conventional panels quickly lose efficiency, ABC modules maintain higher output with lower temperature-related losses. Reduced hotspot temperatures under partial shading improve energy yield, enhance safety, lower fire risk, and extend module lifespan.

Partial shading is also handled intelligently. The rear-contact design allows current to flow more evenly across the cell, reducing reliance on bypass diodes and maintaining stable output. Independent testing shows that ABC modules can deliver up to 30% more power than conventional designs under shading.

Build to Last

Designed for durability, AIKO's ABC modules use silver-free metallization and simplified soldering to reduce mechanical stress and long-term failure risks. With first-year degradation limited to 1% and annual degradation as low as 0.35% thereafter, they deliver predictable, long-term performance and strong returns on investment.

AIKO's ABC technology isn’t just an efficiency upgrade; it's a smarter, more resilient approach to solar, built to perform where it matters most.


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