Seraphim 370W Mono Blade Black

Seraphim 370W Mono Blade Black Frame 120 Half Cut Cells (SRP-370-BMB)

Seraphim 370W Mono Blade Black

High Power

• Delivering a whopping 370 watts of output, the new Seraphim 370W solar panel is one of the most powerful solar panels available in the Australian market.
• Higher module conversion efficiency up to 20%

High Reliability

• Outstanding performance at low irradiance
• Significantly lower LCOE, and BoS cost savings
• With the shorter ribbon length of the cells, power loss in the cells is reduced by 6%.
• Certified to resist 2400Pa wind load and 5400Pa mechanical load

High Energy Regeneration

• Less mismatch and parallel design reduce shading impact
• The 370W panels are the same size as the older 300W panels and produce 12% more power
• Certified to resist 2400Pa wind load and 5400Pa mechanical load

Description

Seraphim 370W Mono Blade Black

Delivering a whopping 370 watts of output, the new Seraphim 370W solar panel is one of the most powerful solar panels available in the Australian market.

In line line with SolarBright’s philosophy of bringing the best solar technology to market at accessible prices , the Seraphim SRP-370-SMB 370W solar panel is now our standard solar panel offering for T1 based residential and commercial solar systems. The panel combines high quality, great performance and outstanding power at a great price.

Seraphim are a highly regarded Tier 1 solar module and panel manufacturing company with a strong R&D focus. Since being established in 2009 Seraphim have over 6GW of installed solar panels world-wide.

Highly Efficient 166 Half Cell Series Modules

The Seraphim 370W panel features top technology with 166 half cut cells, each cell having 9 thin wire busbars to carry the power generated to increase efficiency -most panels only have  5 or 6.

Each module in the 166 cell series solar panels consists of two identical parts (half cells), which are composed of cells that are half the size of ordinary solar cells. By cutting cells into halves, these smaller cells reduce “Cell To Module” loss, which means higher output.

With the shorter ribbon length of the cells, power loss in the cells is reduced by 6%.

The module efficiency is 19.8%.

Additional information

Weight 60008310 kg

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