Tiger Neo 2.0 JKM625N-66HL4M-BDV

Jinko Solar Tiger Neo 2.0 625W Bifacial Double-Glass Solar Panel (JKM625N-66HL4M-BDV)

Dominate large-scale installations with the Jinko Solar Tiger Neo 2.0 625W. Built for maximum Levelized Cost of Energy (LCOE) reduction, this high-capacity panel uses a 132 half-cell architecture driven by Jinko’s elite N-type TOPCon technology and upgraded HOT 3.0 cell design.

Featuring dual 2.0 mm heat-strengthened glass layers (glass-glass) and optimized for 1500V system design, this bifacial giant actively harvests sunlight from both sides. It is engineered specifically for commercial rooftops, large solar arrays, and ground-mounted utility projects demanding exceptional longevity and top-tier power density.

Key Features

• Industrial-Grade 625W Capacity: Packing a massive 625W peak output, it boasts an impressive 23.14% module efficiency to minimize physical racking, wiring, and labor costs.

• HOT 3.0 Technology Optimization: Next-generation cell passivating technology drastically minimizes hot-spot risks, enhances overall reliability, and yields superior output over time.

• Double-Glass Bifacial Generation: Dual-sided energy absorption allows the rear panel face to turn ground reflections into an additional 10–25% power bonus.

• Super Multi-Busbar (SMBB) Engineering: Optimizes light trapping and micro-current collection while providing excellent anti-microcrack durability.

• Flawless High-Temperature Performance: Features a minimal temperature coefficient of just -0.29%/°C, maintaining steady yields even in intensely hot climates.

• Premium Long-Term Warranties: Ships with a 12-year product warranty and a market-leading 30-year linear performance guarantee that limits first-year degradation to $\le$ 1% and annual degradation to an ultra-low 0.40%.

Jinko Solar represents the gold standard in Tier 1 solar manufacturing. By deploying the 66HL4M-BDV series, you are selecting high-density power blocks that feature virtually zero PID performance loss over time. It is the definitive option for developers aiming to maximize lifetime kilowatt-hour yields per square meter.