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175 Watt Sunman Flexible Solar Panel (5 year warranty Mono EARC®)

175 Watt Sunman Flexible Solar Panel (5 year warranty Mono EARC®)

SKU:SMF175m-4X09uw

Regular price $469.95 NZD
Regular price $699.00 NZD Sale price $469.95 NZD
Sale Sold out

Shipping

Panels and Kits ship from $0 (Auckland central) to $29.99 (rural South Island). Adding a Battery increases shipping costs due to heavy and dangerous goods classification.

Orders are shipped Mondays to Fridays and take on average 1-3 working days to arrive.

Orders received before midday will be shipped same day.

Click and Collect (Panmure, Auckland)

  • This item is available for click and collect from our Auckland Warehouse, in Panmure.

Warranty & Returns

Five Years

We have a 7 day change of mind return policy, subject to a restocking fee.

Sunman eArc® panels are among most most reliable flexi panels on the market - and they are certified to all the same industry standards as framed panels and are perfect for marine solar applications and other application requiring mounting on a curved surface. 

Sunman panels are the only flexible solar panels approved by the clean energy council of Australia for mounting on a building.

The junction boxes are IP68 certified for water resistance, with MC4 solar connectors. 

Specifications: 175 Watt
Power (W) 175
Vmp (V) 19.5
Imp (A) 8.98
Voc (V) 23.9
Isc (A) 9.5
Weight (kg) 3
Size (mm) 1504 x 673 x 2
Warranty (Marine) 5 Years

eARC

eArc is the world's first glassless solar module. An innovation combining proven crystalline silicon solar cells with patented composite material, eArc has the same durability and robustness of conventional glass modules. However, unlike glass, eArc resembles a flexible"solar skin", 70% lighter and up to 95% thinner.

Monocrystalline

At LUX Solar we only source monocrystalline panels as they offer the highest efficiency. Monocrystalline panels are manufactured from a single rod of silicon thus the crystal structure inside the silicon is uniform, with very few impurities. Polycrystalline panels on the other hand are made up of smaller crystal structures that introduce grain boundaries in each solar cell. This causes inefficiencies in the conduction of electrons due to defects associated with the crystal boundary.

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