Monocrystalline solar panel JA Solar DeepBlue 4.0 Pro 715W Jam66D46-715 / LB Bifacial Double Glass

JA Solar DeepBlue 4.0 Pro 715W: Bifacial Power N-Type, BYCUM + 18BB cells and maximum profitability LCOE

The deployment of large commercial, industrial projects or soil generation plants requires photovoltaic modules capable of squeezing each sunbeam available, minimizing the leveling cost of energy (LCOE). The solar panel JA Solar DeepBlue 4.0 Pro 715W i far meet these requirements thanks to its architecture bifacial double glass (Double Glass) and to the massive adoption of silicon wafers no-type. By capturing both the front direct radiation and the reflex of the soil (Albedo) by its posterior face, this energy giant multiplies the annual kilowatts-hours produced, guaranteeing a high profitability and a rapid return on the investment.

BYCUM + 18 Busbars technology, performance N-TYPE and high efficiency

The technical core of the model Jam66d46-715 / lbs resides in the prestigious cells BYCIUM + N-TYPE, which reach an outstanding internal conversion efficiency. When using a configuration of media Cell (Half-Cell) with 18 Busbars (18bb), the distance that the electrons must be covered, decreasing the losses from internal resistance and protecting the module against the appearance of microfixes by thermal stress. This advanced engineering allows you to register a front panel efficiency of 22.5%.

As a panel bifacial, if installed on surfaces with good albedo (such as clear gravel, white covers or elevated soil structures), the rear face can provide up to 30% additional production, bringing the combined total power above the 850W real generation. Its behavior remains extraordinary under conditions of low irradiance or covered days. To manage such massive flow flows towards your network or battery bank, you can couple these modules with advanced technology of inverters chargers industriales from our store.

Double-resistance double-resistance structure and 30-year performance guarantee

The robustness of the DeepBlue 4.0 PRO series is designed to withstand the harder climates of the planet. By incorporating an architecture double tempered glass, the panel is sealed in a hermetic way, completely eliminating degradation by induced potential (PID) and protecting the circuit against extreme moisture, saline fog or sandy wear in desert environments. It has an excellent certified mechanical strength to support 2400 PA wind loading and up 5400 PA Snow Load on his front face. If you are planning the assembly and you need reinforced industrial supports to securely fix these large format modules, you will find the perfect solutions in our section of structures for .

In the electric plane, this high power panel works with a current at the point of maximum power of 17.38a and a voltage of 41.14v. Your electrical insulation is fully optimized to operate in high-voltage chains up 1500V DC, which substantially reduces costs in copper wiring, protections and strings boxes. If you also go to your goal is the large-scale mass storage of all the generated energy, we suggest complement your installation with the premium options available in our section of lithium batteries. The long-term reliability of JA Solar is demonstrated in its factory coverages: the module offers a 12-year-old product guarantee and a 30-year-old linear power guarantee, ensuring that after three decades of operation the panel will maintain an extraordinary 87.4% of its initial performance, with an annual wear of just the 0.4%.

Technical characteristics:

• Nominal maximum power (PMAX): 715 WP.

• Efficiency of the front module: 22.5%.

• Voltage at the point of maximum power (VMP): 41.14 V.

• Current at the point of maximum power (imp): 17.38.

• Voltage in open circuit (VOC): 49.30 V.

• Short circuit current (ISC): 18.49.

• Type of cells: Monocristalinas n-Type Bycum + high efficiency.

• Module configuration: Average cell with technology 18 Busbars (18BB).

• Glass technology: Double Glass (Double Glass) of high mechanical strength.

• Coefficient of power temperature: -0.30% / ° C.

• Maximum system voltage: 1500 V DC (IEC).

• Top-supported series fuse: 35 a.

• Safety connection box: Degree Ip68 with bypass diodes.

• Cables and connectors: Industrial section cables with terminals compatible with MC4.

• Dimensions of the panel: 2384 mm long x 1303 mm wide x 33 mm thick.

• Structural weight: 38.3 kg.

• Factory guarantees: 12 years of product guarantee and 30 years of linear output power.

Frequently Asked Questions section (FAQ)

1. What is BYCUM + N-TYPE technology JA Solar and what advantages does it contribute? The cells Bycium + they represent the last evolution in semiconductors of JA Solar. When using silicon of type N doped with phosphorus, they completely eliminate light-induced degradation (LID) that suffer from traditional. This translates into greater long-term stability, a higher efficiency in the capture of electrons and optimal performance in the early hours of the morning or on very cloudy days.
2. How does Bifacial Gain work and how much extra energy can this panel generate? By having a design bifacial with double glass, the reverse of the panel takes advantage of the light reflected by the ground or the surroundings (Albedo). Depending on the conditions of the terrain (sand, clear concrete or reflective paint), this nominal 715W panel can provide between 10% and 30% extra energy through the rear-face, achieving combined generation peaks that easily exceed the 800W - 850W real power.
3. Why is Media Cell settings with 18 Busbars (18BB) used? The technology of half cell cut the standard cells in two halves, reducing the internal current in half and drastically decreasing heat or resistance losses. For its part, count on 18 Busbars (Metallic driving lines) Ensures that the electrons have shorter paths to get out of the cell. This not only raises efficiency, but ensures that the panel continues to produce to the maximum even if a part of the module is temporarily shaded by leaves or dirt.
4. What advantages does it offer that this module supports a 1500V system voltage? Work with a certified isolation of 1500V DC it allows to design chains of (strings) Much longer and more powerful compared to limited to 1000V. This decreases significantly the total number of parallel chains required in a project, reducing costs in copper cables, pipelines and distribution boxes, thus optimizing the global budget (BOS).
5. How does the linear production guarantee of 30 years work in this model? JA Solar guarantees that the degradation of the panel in its first year of operation will be maximum 1%. From the second year and until the three decades, the annual wear of the silicon is restricted to a strict 0.4%. Thanks to this low degradation rate, at the end of the year 30, the module will continue to operate at least an extraordinary 87.4% of its original capacity.