Monocrystalline solar panel JA Solar DeepBlue 4.0 Pro 635W JAM66D45-635 / LB Bifacial Double Glass (Silver Frame / MC4)

JA Solar DeepBlue 4.0 Pro 635W Silver Frame: N-Type BYC0 16BB cells, double glass and connectivity MC4 to 1500V

Profitability in modern commercial and industrial self-consumption projects is based on components capable of raising net generation without disproportionately increase the assembly surface or system balance costs (BOS). The solar panel JA Solar DeepBlue 4.0 Pro 635W (reference 105-0199) Respond to this challenge through an advanced architecture bifacial double glass (Double Glass) structured on doped wafers with phosphorus n. With its classic anodized silver frame and its industrial electrical compatibility, this module is maximizing energy collection by both sides, amortizing the investment in a lower period of time.

BYCUM + cells with 16 busbars and equivalent performance of 635W

The performance of the series Jam66d45 / lbs resides in their premium monocrystalline cells Bycium +, which are completely free of the effects of light-induced degradation (LID). Its design of average cell with 16 busbars technology (16bb) minimize the electron driving path, limiting internal resistance and mitigating partial shading overheating. This configuration offers exceptional behavior before low irradiance conditions (cloudy days or diffuse light) and warm climates, thanks to its optimized power temperature coefficient of -0.30% / ° C.

Being a panel bifacial with a high rate of bifiality (80% ± 5%), the translucent back face absorbs the irradiance reflected by the surface surrounding the panel. Depending on whether it is placed on clear industrial covers, gravel or reflective covers, the back face provides a continuous electrical flow that places the total equivalent power of the set in 635WP through a gain of Albedo. If you plan to direct this massive production towards the key consumption of a commercial installation, you can associate these modules with the range of inverters network of great power of our platform.

Encapsulated Double Glass, original MC4 connectors and maximum reliability

The physical durability of this panel is based on a symmetrical structure of double tempered glass, eliminating the conventional plastic rear sheet. This provides total immunity against moisture, corrosion by ammonia in agricultural environments, coastal saline fog and induced potential wear (PID). The model comes equipped by factory with terminals MC4 originals, guaranteeing a low-end thermal resistance coupling, ideal for supporting high-voltage chains up to 1500V DC. This capacity significantly reduces the amount of copper wiring and boxes of connections needed in the solar field.

At the level of mechanical stresses, the module is certified to resist 5400 PA Front Static Charge (Snow) and 2400 PA rear static load (wind). To fix the modules with total peace of mind in the face of severe meteorological phenomena, have high-durability anchor solutions in our section of structures for . . JA Solar support the product with 12 years of product guarantee and 30 years of linear power guarantee, ensuring that after three decades of service the module will continue to yield to 87.4% of your factory capacity.

Technical characteristics:

• Maximum equivalent power (PMAX): 635 WP (Reached by Frontal + rear Bifacial Combination).

• Nominal front base range: 590W A 615W according to factory classification.

• Voltage at the point of maximum power (VMP): 39.09V to 39.96V (according to base model).

• Current at the point of maximum power (imp): 16.30A to 16.62A (scalable with active bifacial gain).

• Voltage in open circuit (VOC): 47.30v at 48.30v.

• Short circuit current (ISC): 17.12a to 17.39a.

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

• Driving Configuration: Average cell with technology 16 Busbars (16bb).

• Protection structure: Double glass (Double Glass) Symmetrical.

• Color of the frame: Anodized aluminum silver (Silver Frame).

• Type of connectors: Terminals MC4 originals integrated.

• Certified bipiality rate: 80% ± 5%.

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

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

• Maximum serial fuse allowed: 35 a.

• Connection box: Grade Ip68 with bypass diodes.

• Dimensions of the panel: 2384 mm long x 1134 mm wide x 30 mm thick.

• Structural net weight: 33.1 kg.

• Factory guarantees: 12 years of product and 30 years of linear production.

Frequently Asked Questions section (FAQ)

1. How does this panel reach 635W power if its base nominal range is slightly lower? This is due to your nature bifacial. The N type cells are protected by two layers of transparent tempered glass. When a module with a bin base (for example, the 600W or 605W) receives light reflected by the floor on its back face (albedo), it adds that energy to the uptake of the front face, managing a combined real power of 635W with an active bifacial gain.
2. What advantages do the BYCUM + type N-type cells bring in front of the conventional? The cells BYCIUM + type N they eliminate the boron from their structure, which completely cancels the degradation induced by the common light (LID) common in ancient technologies. This ensures that the performance of the silicon is stable from the first day and responds much more efficiently in high temperature environments or during the first and last hours of the day.
3. Why is it preferable to have original MC4 connectors in 1500V installations? The connectors MC4 originals from Stäubli offer the highest standard of tightness and isolation in the photovoltaic sector. When working in long chains of 1500v, A low contact resistance is crucial to avoid heat loss by heat and completely neutralize the risk of electric arcs or hot spots, protecting the security of the entire plant.
4. In what way does the Double Glass design protect the photovoltaic panel? When replacing the rear plastic sheet (backsheet) For a second layer of tempered glass, the silicon is shielded airtedly. The double glass is a chemically inert material that blocks the water vapor input, resists corrosion by ammonia in livestock areas or salinity in maritime areas, and prevents microfixes against hail or severe winds.
5. What level of degradation and performance guarantees JA Solar in the long term? Thanks to the stability of Silicon type N, degradation in the first year is limited to a maximum of 1%. From the second year and until the year 30, linear wear is strictly limited to a 0.4% per year. As a result, after 30 years of continuous operation, the panel guarantees a minimum production of the 87.4% of its initial factory capacity.