Let’s decode this mouthful of letters and numbers like it’s a secret recipe for clean energy. The PERC182 M10-11BB Sunrev represents a specific solar panel configuration that combines advanced photovoltaic technology with precise engineering specifications.
PERC (Passivated Emitter and Rear Cell) technology is the rockstar of modern solar cells. By adding a reflective layer to the backside of solar cells, it boosts efficiency by letting photons bounce around like ping-pong balls, squeezing extra energy from sunlight. Think of it as giving sunlight a second chance to contribute to your electricity bill.
The 182 refers to the 182mm silicon wafer size – the Goldilocks choice balancing efficiency and manufacturing practicality. Larger than traditional 156mm wafers but more manageable than 210mm behemoths, it’s become the industry sweet spot for utility-scale projects.
This is where engineering meets artistry. The M10 designation indicates a 10-cell module configuration using 182mm wafers, while 11BB reveals the use of 11 busbars – those thin silver lines you see on solar cells.
The Sunrev branding suggests this module targets the sweet spot between premium performance and cost-effectiveness. With the solar industry’s “efficiency or affordability” dilemma, this configuration aims to deliver:
In a recent 100MW project in Arizona, M10-11BB panels demonstrated:
With the International Technology Roadmap for Photovoltaics predicting 182mm formats will dominate 58% of the market by 2026, this configuration offers:
As module sizes continue their growth trajectory – remember when 60-cell panels seemed huge? – the PERC182 M10-11BB represents a calculated balance between cutting-edge performance and practical installation considerations. Whether you’re a solar developer crunching LCOE numbers or a homeowner wanting maximum watts per square foot, understanding these specs helps navigate the photovoltaic landscape.
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