By Nanosolar
Nanosolar’s new proprietary, next-generation CIGS technology platform, Print2Power™, enables our technology roadmap to increase power conversion efficiencies to 16 percent and beyond eventually matching if not potentially surpassing current c-Si efficiency rates, while reducing total costs and enabling new applications. Print2Power™ delivers further optimization of our manufacturing flow to reduce the Costs of Goods Sold (COGS) of our PV cells at new performance points – for example, energy yields and temperature coefficients—that will enable new competitively priced products for innovative applications and market opportunities.
Installs like roofing Uses common roofing practices for mounting Reduced parts & components No racking required Simplified wiring Low weight Less than 1lb/sqft with no point loading Low array mismatch losses Reduced impact from soiling, clouds, thermal mismatch, etc. High wind resistance Aerodynamic application for maxi-mum wind resistance Diode per cell protection Less loss from cell shading Reduced abrasion No ballast required Resistant to seismic events Low voltage design More modules per string for higher string wattage Dimensions Length: 1.960 m (77.2 in) Width: 0.915 m (36.0 in) Height: 0.004 m (0.2 in) w/ Jbox: 0.011 m (0.4 in) Weight 4.6kg (10.1 lb); 2.55kg/m 2 (0.52 lb/ft 2) Solar Cells 70 CIGS cells in series 135mm x 164mm Output Cables 80mm cable (positive) 300mm cable (negative) Output Terminal MC4 compatible Operating Module Temperature -40 to +85C Series Fuse Rating PENDING (15A) Rated Power 170 - 200W Tolerance 1 Pmpp -5% to +5%; -10% to +10% Voc, Isc, Vmpp, Impp Module Type NS UltraLight Rated Power 170 180 190 200 Vmpp (V) 34.5 32.3 35.6 36.1 Impp (A) 5.59 5.60 5.61 5.62 Voc (V) 41.3 41.9 42.6 43.2 Isc (A) 6.70 6.71 6.72 6.73 Temp Coeff Pmax -0.40 %/K Temp Coeff Voc -0.30 %/K Temp Coeff Isc +0.01 %/K Max Sys Voltage 600V UL / 1000V IEC IEC 61646 & 61730 - PENDING UL 1703, Fire Resistance - PENDING Protection Class II
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The Nanosolar Utility Panel Print2Power™ Technology - Next-gen CIGS platform enables higher power conversion efficiency High Light Performance - Excellent peak production profile in mid-day sun High Performance at High Temperatures - Low temperature coefficients mean better performance in hot climates Lower Array Mismatch - Improved maximum power point tracking (MPPT) reduces system losses High-Current, Low-Voltage Design - Longer strings for lower wiring costs - 25A fuse rating enables parallel circuits Rugged Panel Design - Resistant to high wind and snow loads - Low breakage rate and easier installation
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NSC-NS NanoCell-CDSPreliminaryEN.v2 Performance Low weight Lightweight aluminum structure Low array mismatch losses Reduced impact from soiling, clouds, thermal mismatch, etc. Customizable MWT cell designs Metal Wrap Through (MWT) screen printing for differentiated aesthetic Mechanical Characteristics Dimensions Length: 165mm (6.5in) Width: 135mm (5.3in) Height: 0.4 mm (0.02 in) Weight 18.5g Solar Cells Print2Power CIGS cells Output Cables NA Output Terminal NA Operating Module Temperature -40 to +85C Series Fuse Rating NA Rated Power 2.6 Watts Tolerance 1 Pmpp -10% to +10% -10% to +10% Voc, Isc, Vmpp, Impp Electrical Characteristics at STC 2 Module Type NS NanoCell Rated Power 2.6 Vmpp (V) 0.45 Impp (A) 5.8 Voc (V) 0.61 Isc (A) 6.7 Temp Coeff Pmax -0.40 %/K Temp Coeff Voc -0.30 %/K Temp Coeff Isc +0.01 %/K Max Sys Voltage 600V UL / 1000V IEC
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If you need to (or just like to) work outdoors, getting electricity onsite is a challenge. Basically, you can either run a generator at high diesel costs, obnoxious noise levels and fumes or go without. With the increasing demand for electricity off-grid, going without is no longer viable. Nanosolar’s lightweight, unique Print2Power platform enables a better option: Fabric Integrated Photovoltaics (FIPV). Fabric enables portable, on-demand green energy generation. The systems are light weight and portable and there is no noise or pollution to worry about. Nanosolar’s FIPV solutions are easy to use alternatives to diesel generators, sparing the air…and the ear. Customized applications include: Recreational Vehicles; Camping; Emergency Response Tenting; Recreational Tenting, Tarps, Awnings, Umbrellas; Shade Covers for FEMA Trailers and Containerized Living Units; Shade Covers Customized to User Needs. Nanosolar is one of the first, and few, companies in the world capable of producing top-quality FIPV products. FIPV products are produced by safely sewing, sealing or using velcro to “sandwich” lightweight panels between sheets of fabric. Fabric-integrated technologies have long been among the top three consumer product requests Nanosolar receives, and we are excited to work with our global partners and customers to provide reliable and attractive shading and tenting alternative in this important product class.
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