Product Description

440-460W bifacial dual glass 10BB half-cut mono perc 120 half-cell Solar Panels

MVC 440-460W Bifacial Dual Glass 10BB Half-cut Mono PERC 120 Half-cell Solar Panels are designed to deliver high energy output, enhanced durability, and long-term reliability for residential, commercial, and utility-scale solar applications.

Featuring advanced 10BB (10 Busbar) half-cut monocrystalline PERC cell technology, these solar panels optimize current collection, reduce electrical resistance, and improve overall module efficiency. The half-cut cell design helps lower operating temperature and minimize power losses, ensuring stable performance under various environmental conditions.

With bifacial power generation technology and dual glass structure, the module can capture additional sunlight from both the front and rear sides, increasing energy yield in suitable installation environments. The dual glass design provides excellent protection against moisture, UV exposure, and harsh weather conditions, making it ideal for long-term outdoor applications.

Combining high power output, excellent reliability, and superior environmental resistance, MVC bifacial dual glass solar panels provide an efficient and durable solution for modern solar energy systems.

Key Features

High Power Output up to 460W

With a power range of 440W-460W, the module provides excellent energy generation capacity, helping reduce installation space requirements while maximizing system output.

Bifacial Solar Technology for Higher Energy Yield

The bifacial design allows the rear side of the module to absorb reflected and scattered sunlight, providing additional power generation potential depending on installation conditions.

10BB Half-cut Mono PERC Technology

Advanced 10BB half-cut cell technology improves current transmission efficiency, reduces resistance losses, and enhances module performance compared with traditional cell designs.

Dual Glass Structure for Enhanced Durability

The dual glass construction offers excellent mechanical strength and resistance against humidity, UV radiation, and harsh outdoor environments, improving module reliability and service life.

Lower Hot Spot Risk

The half-cut cell design reduces current flow within each cell section, helping minimize heat generation and improve operational safety.

Excellent Low-Light Performance
Optimized mono PERC cell technology enables efficient energy generation during cloudy weather, early mornings, and other low-irradiance conditions.

Strong PID Resistance & Long-Term Stability

Advanced cell processing and module design help improve resistance against potential-induced degradation (PID), ensuring consistent power output throughout the product lifespan.

Wide Range of Applications

Suitable for:
- Residential rooftop solar systems
- Commercial and industrial PV projects
- Ground-mounted solar power plants
- Solar-plus-storage energy systems
- Distributed energy applications

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

Performance at NMOT

Electrical characteristics with different rear side power gain (refer to 445W front)

MECHANICAL SPECIFICATION

OPERATING CONDITIONS

TEMPERATURE COEFFICIENT