Solar panel JA Solar 600W Bifacial Topcon N-Type (DeepBlue 4.0 Pro)

JA Solar 600W: N-TYPE innovation for uninterrupted performance

The module Jam72d40-600 / mb of JA Solar It marks a milestone in photovoltaic efficiency. By using N type N cells, the panel exceeds the limitations of traditional modules, offering a greater generation of energy per square meter and a thermal stability that guarantees constant watts even on the hottest days of summer.

Advantages of JA Solar 600W DeepBlue 4.0 Pro

• BYCUM + cell technology: This advanced technology of passive contacts allows a cell conversion efficiency of up to 26%, which translates into a high power module and lower annual degradation.

• Bifacial Double Glass Gain: The glass structure over glass not only increases structural resistance and moisture protection, but allows additional power gains of up to 25% thanks to the rear uptake.

• Long-term minimum degradation: JA Solar guarantees degradation in the first year of just 1% and an annual rate of only 0.4% for the next 29 years, ensuring that the panel yields to 87.4% after three decades.

• Superior thermal behavior: With a coefficient of temperature -0,30% / ° C., This panel minimizes the efficiency losses caused by heat, surpassing conventional PERC panels.

Technical characteristics (600W model)

• Nominal power (STC): 600 W.

• Efficiency of the module: 23,2%.

• Type of Cell: Mono N-Type (16BB).

• Dimensions: 2278 x 1134 x 30 mm.

• Weight: 31.8 kg

• Degree of protection: IP68 (3 derivation diodes).

• Maximum static load: 5400 PA (Front) / 2400 Pa (rear).

• Connectors: Compatible with MC4-EVO2.

Frequently Asked Questions (FAQ)

1. What is the difference to the DeepBlue 4.0 Pro series? It is a series designed to maximize power density and reduce installation costs (BOS). It uses optimized size wafers that allow a greater current and voltage, improving compatibility with chain inverters.
2. Is it very heavy for a residential installation? With 31.8 kg, it is a large format panel. Its installation is common in roofs with reinforced structures, although its main use stands out in industrial facilities and solar gardens due to its high power per unit.
3. How does the "Half-Cell" benefit to performance? When dividing the cells, the internal current and resistance losses are reduced. This causes the panel to warm up less and render better when there are partial shadows in one of the module halves.
4. What maintenance does the double glass need? The double glass is extremely resistant to corrosion and ammonia. Maintenance is the standard: a periodic cleaning with water to prevent dust from blocking light, especially important in the back face if the installation allows bifacial catchment.