Monocrystalline Solar Panel Aiko Solar Neostar 540W Aiko-A540-MCE60DW ABC Double Glass (Black Frame / MC4)

Aiko Solar Neostar 540W Black Frame: Technology N-Type ABC, maximum efficiency of 24.4% and double structural glass

The design of residential and industrial projects Premium requires solares capable of squeezing each square meter available through maximum innovation in cells. The solar panel Aiko Solar Neostar 540W (reference 114-0021) Lead this photovoltaic transition thanks to its revolutionary architecture ABC (All Back Contact) n. By moving all metal connections and bus lines to the back of the cell, the module releases 100% of the front surface for direct uptake of sunlight. This aesthetic and technological gain is translated into exceptional energy efficiency and a direct reduction of system balance costs (BOS).

Revolutionary efficiency without barriers and optimization before shadows

The integration of N-Type ABC cells gives the model Aiko-a540-mce60dw of one of the greatest efficiencies in the sector, reaching a 24.4% photovoltaic performance. By not having front grids that obstruct light, the panel render to its maximum capacity and incorporates a patented system of optimization against partial shading (Partial Shading Optimization). This technology prevents a shadow located in a corner annul the production of the entire series, in turn mitigating the risk of hot spots through its internal high temperature restriction.

Your power temperature coefficient is just -0.26% / ° C, which ensures a stable and superior electricity production in front of standard modules during the hottest months of the year. If you are looking to configure a self-consumption system that takes advantage of this stability in warm climates, you can combine these of the latest generation with the range of inverters hybrid from our store.

Encapsulated Dual-Glass, MC4-Evo2A connectors and commercial level protection

The physical robustness of the Aiko Neostar of 540W is guaranteed by a configuration of double semi-tempered glass (2.0 mm + 2.0 mm) with antireflective coating. This double-crystal shield provides superlative resistance against the formation of internal microfisters caused by vibrations, transport or extreme thermal loads. The module is completed with terminals originals MC4-Evo2a, designed to work on high-voltage industrial systems up 1500V DC, eliminating the risks of electric arcs in the installation.

Subjecting to the strictest mechanical tests of the industry, the panel supports a frontal static load of 5400 PA (Snow) and a later load of 2400 PA (wind), in addition to being certified in impact tests against hail of 25 mm to 23 m / s. To ensure a perfect and firm anchor of these modules on any type of cover, we put at your disposal our solutions in structures for solar. Aiko Solar supports this product with a wide product guarantee of 15 years and one linear yield guarantee of 30 years, ensuring a minimum performance of 88.85% at the end of the three decades of useful life.

Technical characteristics:

• Nominal maximum power (PMAX): 540 WP under STC.
• Efficiency of the module: 24.4%.
• Voltage at the point of maximum power (VMP): 38.40 V.
• Current at the point of maximum power (imp): 14.07.
• Voltage in open circuit (VOC): 45.60 V.
• Short circuit current (ISC): 14.84.
• Type of cells: Monocristalinas N-Type ABC (All Back Contact).
• Module configuration:120 high efficiency cells (6x20)
• Protective structure: Double glass (Dual-glass) 2.0 mm + 2.0 mm semi-temperate.
• Color of the frame: Anodized aluminum black (Black Frame).
• Electrical connectors: Terminals originals MC4-Evo2a integrated.
• Factory wiring: Extended length of 1200 mm (4 mm² IEC).
• PMAX temperature coefficient: -0.26% / ° C.
• Maximum system voltage: 1500 V DC.
• Classification of the serial fuse: 30 a.
• Connection box: Sealing Ip68 with 3 bypass diodes.
• Dimensions of the panel: 1954 mm long x 1134 mm wide x 30 mm thick.
• Structural weight: 27.1 kg ± 3%.
• Extended guarantees: 15 years of product guarantee and 30 years of linear power guarantee (88.85% insured).

Frequently Asked Questions section (FAQ)

1. What is AIKO Solar ABC technology and what real advantages does it contribute? ABC technology (All Back Contact o All subsequent contact) completely removes metal alloy bars from the front surface of solar panels. By moving the electrical connections to the rear, the intrinsic shading of the conductive cables is deleted, achieving a 100% light uptake in the cell and raising the efficiency of the module to an impressive 24.4%.
2. How does partial shading optimization work in the Neostar series? Unlike conventional where a small shadow in a cell interrupts the production of whole chains, algorithm and internal arrangement of Aiko Solar isolate the shaded area. This allows the rest of the solar panel to continue to generate energy normally, drastically improving overall performance in residential roofs with shadows of chimneys or trees.
3. Why is the double glass (dual-glass) encapsulation (dual-glass) in this model? The double-glass encapsulation (2.0 mm on the front and 2.0 mm face on the rear) replaces the traditional rear plastic sheet. This gives the panel of excellent mechanical stiffness, eliminating moisture filtration, protecting the ABC cells against wind or hail, and granting a classification of fire resistance IEC class A.
4. What benefits does a temperature coefficient of -0.26% / ° C provide? The photovoltaics lose efficiency as they heat up during the summer months. The coefficient of -0.26% / ° C of Aiko is one of the lowest and most stable in the current market, which means that in extreme heat day the panel will suffer a minimum power loss compared to market standard (whose coefficients are usually around -0.35% / ° C).
5. What is the level of degradation guaranteed at 30 years of operation? Thanks to the chemical stability of the N-type N-degradation silicon by boron, the Neostar panel ensures a performance loss of less than 1% during the first year. From the year 2 to year 30, linear degradation is strictly below 0.35% per year, ensuring that the team guaranteed a minimum of 88.85% of its original power of factory after three decades.