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XURI-M182-10BB-PERC Technical Specifications Decoded

Updated Nov 14, 2021 | 1-2 min read | Written by: Energy Storage Technology
XURI-M182-10BB-PERC Technical Specifications Decoded

Breaking Down the Hybrid Nomenclature

Let’s play tech detective with this intriguing alphanumeric sequence. The XURI-M182-10BB-PERC designation appears to combine multiple technical elements:

  • XURI: Historical trademark filings show multiple registrations across transportation, electronics, and metal products sectors, though specific current applications remain unclear
  • M182: Likely denotes mechanical specifications (possibly module dimensions 182mm)
  • 10BB: Technical shorthand for 10 busbar configuration in photovoltaic cells
  • PERC: Confirmed as Passivated Emitter Rear Cell technology through multiple solar industry sources

Solar Industry Context Clues

Recent patent filings reveal PERC innovations addressing critical durability concerns. The 2023 CN210805785U patent describes:

  • Laser-patterned back surface fields reducing microcracks
  • Improved light trapping through rear-side passivation
  • Enhanced mechanical stability through optimized grid designs

Potential Applications & Market Position

While exact specifications remain elusive, current solar market trends suggest:

  • 182mm wafer size aligns with industry-standard M10 format
  • 10BB configuration typically delivers 0.3-0.5% efficiency gains versus 5BB designs
  • PERC modules currently hold ~85% market share in crystalline silicon PV

Durability Innovations in Focus

Imagine solar panels that laugh in the face of hailstorms - modern PERC designs now achieve:

  • 98.5% survival rate in 35mm hail impact tests
  • 0.5% annual degradation rates (improved from 0.7%)
  • 30-year linear power warranties becoming industry standard

Technical Evolution Timeline

The PERC story reads like a silicon-based thriller:

  • 1989: First lab prototype (22.8% efficiency)
  • 2017: Crossed 20GW global production capacity
  • 2023: Mass production hitting 24.5% conversion rates
  • 2025: Hybrid PERC-TOPCon architectures emerging

Current production data shows leading Chinese manufacturers achieving 23.8-24.2% average efficiencies for M10 format PERC cells, with premium products reaching 24.5% - that's like squeezing an extra lemon wedge from your tech margarita!

XURI-M182-10BB-PERC Technical Specifications Decoded [PDF]
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