Monocrystalline Solar Panel Aiko Solar Stellar 665W Aiko-A665-MDE72DW ABC Bifacial Double Glass (Silver Frame / MC4)

Aiko Solar Stellar 665W: High Industrial Power N-Type ABC, Double Bifacial Glass and Efficient Connectivity to 1500V

Profitability in commercial, industrial and large-scale (Utility-Scale) projects depends directly on the power density and capacity of modules to operate without losses under demanding environmental conditions. The solar panel Aiko Solar Stellar 665W (reference 114-0022) Respond to this challenge through its revolutionary cell technology ABC (All Back Contact) n. By relocating all of the electrical conduction lines on the back, any obstacle to the light is eliminated on the surface of the panel, promoting general photovoltaic performance and substantially reducing system balance costs (BOS).

N-Type ABC Cells with Top Performance and Shadow Mitigation

The great innovation of the series Aiko-a-mde72dw resides in its 144 ABC monocrystalline cells that operate with a module efficiency of 24.6%. Being totally free of shading by front metal grids, they capture the maximum irradiance available. In addition, they have the advanced technology of optimization against partial shading (Partial Shading Optimization) aiko. This intelligent mechanism prevents the fall of production in a single cell penalize the performance of the entire chain or string, controlling the internal temperature simultaneously to mitigate the appearance of hot spots (Hot-Spots).

With a coefficient of optimized power temperature -0.26% / ° C, the panel maintains a constant and raised energy flow even in very warm climates or in the central hours of the day, far exceeding traditional silicon technologies. If you plan to channel the enormous power of these modules in demanding industrial facilities, you can integrate this solar field with our advanced range of inverters network high capacity or plan the storage of this energy with lithium batteries.

Dual-Glass structure, MC4-EVO2A connection and maximum linear durability

The construction of this module is based on a system of double semi-tempered glass (2.0 mm + 2.0 mm) with antireflective coating, replacing the conventional rear plastic sheet by a thermally sealed crystal. This design Dual-glass it confers an extraordinary mechanical resistance to dynamic loads and high immunity to microfixes caused by wind or maintenance. It comes equipped with terminals originals MC4-Evo2a certificates for chains 1500V DC, directly decreasing the necessary copper sections in the installation.

Certificate to resist 5400 PA Front Static Charge (Snow) and 2400 PA rear loading (wind), the module is prepared to operate in the toughest climate environments. To ensure a firm assembly and adapted to metal covers or soil structures, you can explore our catalog of structures for solar. . Aiko Solar endorse the reliability of the Stellar range with 15 years of product guarantee and 30 years of linear power guarantee, ensuring a net performance of 88.85% at the end of the three decades of continued operation.

Technical characteristics:

• Nominal maximum power (PMAX): 665 WP under standard conditions STC.
• Efficiency of the module: 24.6%.
• Voltage at the point of maximum power (VMP): 45.60 V.
• Current at the point of maximum power (imp): 14.59.
• Voltage in open circuit (VOC): 54.40 V.
• Short circuit current (ISC): 15.24.
• Type of cells: Monocristalinas N-Type ABC (All Back Contact).
• Number of cells: 144 Cells arranged in configuration of 6x24
• Glass configuration: Double glass (Dual-glass) 2.0 mm + 2.0 mm semi-temperate.
• Finishing the frame: Anodized aluminum silver (Silver Frame).
• Type of connectors: High security terminals originals MC4-Evo2a.
• Cable specification: Section of 4 mm² (IEC) with optimized short cable length.
• Temperature coefficient (PMAX): -0.26% / ° C.
• Maximum system voltage: 1500 V DC (IEC / UL).
• Maximum series fuse: 30 a.
• Connection box: Grade Ip68 with 3 bypass diodes.
• Dimensions of the panel: 2382 mm long x 1134 mm wide x 30 mm thick.
• Structural net weight: 32.2 kg ± 3%.
• Factory guarantees: 15 years of product guarantee and 30 years of linear performance (minimum 88.85% guaranteed).

Frequently Asked Questions section (FAQ)

1. What specific advantages include ABC technology in an industrial panel of 665W? By moving all the welds and metal lines conductive to the back of the cells, the front shading that cause conventional grids is completely deleted. In this way, the exposed face to the sun is 100% receptive, which greatly increases efficiency (reaching 24.6%) and allows you to generate much more energy in the same available space.
2. How does the Aiko Stellar panel respond if a section suffers dust shadows or obstacles? Thanks to partial shading optimization technology (Partial Shading Optimisation), the panel isolates the area affected by the shadow without generally interrupting the production of the adjoining cells. This decreases the drastic drops of power in the string and avoid harmful overheats in blocked cells.
3. Why is the double glass design (Dual-Glass) in solar commercial plants? The use of double glass of 2.0mm removes excessive flexibility of the panel and absolutely blocks the water vapor inlet or other corrosive chemical agents. This cancels accelerated degradation failures and protects the silicon of internal microfisters caused by the wind forces or severe thermal dilatations.
4. What electrical benefits offer compatibility with 1500V tensions and MC4-Evo2a connectors? Working at a 1500V maximum system voltage allows you to design chains or series of considerably longer. This directly decreases the amount of CC wiring, the number of grouping boxes and the general installation costs (BOS), while the MC4-EVO2A connectors guarantee an optimal and sealed contact resistance.
5. What is the level of degradation that guarantees this module after 30 years of service? Aiko N-Type ABC silicon stability restricts the initial degradation of the first year to a value less than or equal to 1%. In the 29 later years, the annual linear loss is just 0.35% maximum, which ensures that the module operates guaranteed to a 88.85% of its original power upon reaching the year 30.