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182-Mono-10BB-Bifacial Solar Technology: A Deep Dive Into Maysun's Discontinued Innovation

Updated Jul 27, 2019 | 1-2 min read | Written by: Energy Storage Technology
182-Mono-10BB-Bifacial Solar Technology: A Deep Dive Into Maysun's Discontinued Innovation

When 182mm Met Bifacial Magic

a solar cell thinner than a human hair (170µm) yet powerful enough to harness sunlight from both sides. The 182-Mono-10BB-Bifacial module, though no longer in production, remains a fascinating case study in photovoltaic evolution. Its 10-busbar design wasn't just about aesthetics - those precisely aligned 1.2mm silver ribbons acted like photonic highways, reducing electron travel distance by 18% compared to conventional 5BB layouts.

Technical Specifications That Made Waves

  • Double-sided knockout punch: 23% front-side efficiency with 75% bifaciality factor
  • Geometric wizardry: 247mm diagonal length enabled 78.5% module space utilization
  • Material science cocktail: Silicon nitride anti-reflective coating + silver paste back contact

Why Did This Solar Rockstar Retire?

In 2023, Aiko Solar's production lines hummed with 182mm cells, but the industry's relentless march toward larger formats (hello 210mm!) created a classic innovator's dilemma. While these modules achieved 320W peak output in real-world tests at Spain's CSI Solar Park, the writing was on the wall - or should we say, on the silicon wafer?

The 3 Culprits Behind Discontinuation

  1. Balance-of-system costs: 182mm's "tweener" size fit neither traditional nor new racking systems perfectly
  2. Silver squeeze: Each cell consumed 130mg of silver - a precious metal whose price jumped 37% in 2024
  3. TOPCon takeover: New tunnel oxide passivated contact tech promised 2% higher efficiency gains

Bifacial's Bright Legacy

Though this specific product sunsets, its DNA lives on. Modern bifacial systems now achieve 97% albedo utilization in snowy climates - imagine panels sipping sunlight from above while guzzling reflected photons from below, like a solar-powered double espresso. The 10BB concept evolved too; today's multi-busbar designs use 15-18 ultra-thin wires, cutting silver use by half while improving tolerance to microcracks.

Where 182mm Modules Shone Brightest

  • Commercial rooftops with white membranes (22% energy gain in Dubai trials)
  • Agrivoltaic installations: The 182mm's rectangular footprint allowed 73% light transmission for crops
  • Floating solar arrays: Their weight-to-output ratio prevented "island sinking" in Thai hydro reservoirs

As we bid adieu to this transitional technology, remember: every solar innovation, even discontinued ones, illuminates the path forward. The 182-Mono-10BB-Bifacial story teaches us that in photovoltaics, sometimes you need to step on silicon shoulders to reach new efficiency heights.

182-Mono-10BB-Bifacial Solar Technology: A Deep Dive Into Maysun's Discontinued Innovation [PDF]
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