Product Description

395 - 415W 9BB Half-Cut Mono Perc 144 Half-Cell Solar Panels

The 395-415W 9BB Half-Cut Mono PERC 144 Half Cell Solar Panel is a high-performance photovoltaic module designed to deliver excellent energy output, enhanced reliability, and long-term stability for residential, commercial, and utility-scale solar applications.

Featuring advanced monocrystalline PERC cells, 9-busbar (9BB) technology, and half-cut cell design, this solar module effectively reduces electrical resistance and power losses while improving overall conversion efficiency. The 144 half-cell configuration optimizes current distribution, minimizes heat generation, and provides better performance under various environmental conditions.

With a power output range of 395W to 415W, this module offers an ideal balance between high efficiency, durability, and cost-effectiveness. It is suitable for rooftop PV systems, commercial solar projects, industrial installations, and large-scale solar power plants requiring reliable and efficient energy generation.

Key Features

High Power Output up to 415W

•  Provides a power range of 395W-415W to meet different solar installation requirements.
• High conversion efficiency helps maximize electricity generation while reducing the number of modules required.
• Optimized design improves energy yield and system performance.

Advanced 9BB Half-Cut Mono PERC Technology

•  Equipped with 9-busbar monocrystalline PERC cells for improved electrical conductivity and reduced resistance losses.
• Half-cut cell technology decreases current flow in each cell, reducing heat generation and improving module efficiency.
• Enhances reliability and minimizes power degradation during long-term operation.

Improved Low-Light Performance

•  Optimized PERC cell structure allows better energy harvesting during early mornings, cloudy days, and low-irradiance conditions.
• Maintains stable power output in different weather environments.

Reduced Hot Spot Risk

• Advanced circuit design helps lower operating temperature and reduce the possibility of hot spots.
• Improves module safety, durability, and long-term performance.

Excellent Temperature Performance

•  Designed with a low temperature coefficient to maintain stable output in high-temperature environments.
• Suitable for installation in regions with challenging climate conditions.

High Durability and Weather Resistance

• Built with high-quality materials to withstand outdoor environments.
• Features a robust frame structure and reliable junction box design for enhanced protection against moisture and dust.
• Suitable for long-term outdoor applications with strong resistance to environmental stress.

Enhanced Anti-PID Performance

•  Improved resistance against Potential Induced Degradation (PID) helps maintain stable power output throughout the module lifespan.
• Supports long-term energy production and reduces maintenance costs.

Wide Range of Applications

Ideal for:

• Residential rooftop solar systems
• Commercial and industrial PV projects
• Ground-mounted solar farms
• Agricultural solar installations
• Off-grid and distributed energy systems

Performance at STC (Power Tolerance 0 ~ +3%)

Performance at NMOT

MECHANICAL SPECIFICATION

OPERATING CONDITIONS

TEMPERATURE COEFFICIENT