Paradea, the Bifacial Glass-Glass multi busbar PV modules are made with utmost precision to ensure LCOE cutback along with less BOS cost improving value proposition of the modules. Along with up to 25% bifacial gain and additional power yield with 30 years of performance lifetime, Paradea dual glass modules become one of the smart choices for solar projects across geographies.

Latest technology product with maximized bifaciality gain, fit for highly reflective surface areas (snow, sand, gravels, etc)
Preferred for utility scale projects of US, Europe, MEA & India

FEATURES

Bifacial gain of UP TO 25% with dual glass module, capable of energy generation with both direct and reflected sunlight
TWO PEAK PERFORMANCE TIME, during sun rise and sun set with optimum utilization of dual facial generation
LCOE IS CUT BACK with LESS BOS COST which improves value proposition of the product with competitive ROI
Additional Power yield with 30 YEARS OF PERFORMANCE LIFE with 0.5% annual degradation

Paradea 655-680W
132 CELL

Monocrystalline Solar PV Modules, Bifacial, MBB,
G12 Half-Cell

View Product

POWER OUTPUT WATT655-680

MAXIMUM EFFICIENCY % 21.89

POSITIVE POWER TOLERANCE WP0~+4.99

CELLS (HALF CUT) G12 132

Paradea 590-615W
120 cell

Monocrystalline Solar PV Modules, Bifacial, MBB,
G12 Half-Cell

View Product

POWER OUTPUT WATT590-615

POSITIVE POWER TOLERANCE WP0~+4.99

MAXIMUM EFFICIENCY %21.73

CELLS (HALF CUT) G12 120

Paradea 540-565W
144 CELL

Monocrystalline Solar PV Modules, Bifacial, MBB,
M10 Half-Cell

View Product

POWER OUTPUT WATT540-565

MAXIMUM EFFICIENCY %21.87

POSITIVE POWER TOLERANCE WP0~+4.99

CELLS (HALF CUT) M10 144

FAQs

What are the key features of a 540W to 565W 144-cell solar module?

The 540W to 565W 144-cell solar module is designed for high energy generation and long-term reliability. It features monocrystalline technology, bifacial capability, MBB (Multi Busbar) design, and advanced half-cell architecture to improve efficiency, reduce power losses, and enhance overall performance for commercial and utility-scale applications.

What are the benefits of monocrystalline solar PV modules?

Monocrystalline solar PV modules offer higher efficiency, better performance in low-light conditions, and improved durability compared to conventional solar technologies. They also provide higher energy output per square meter, making them ideal for maximizing available installation space.

How does bifacial technology improve solar energy generation?

Bifacial technology enables the solar module to generate electricity from both the front and rear sides. The rear side captures reflected sunlight from surrounding surfaces, increasing total energy yield and improving overall system efficiency.

What is MBB technology in solar panels and how does it help performance?

MBB (Multi Busbar) technology uses multiple thin busbars to improve current collection and reduce electrical resistance within the module. This enhances power output, improves reliability, and minimizes the risk of microcracks and energy losses.

How does M10 half-cell technology improve efficiency and reliability?

M10 half-cell technology reduces resistive losses and improves current flow by splitting cells into smaller sections. This increases module efficiency, enhances heat dissipation, and improves long-term reliability under varying operating conditions.

What is the maximum efficiency of a 540W to 565W solar panel?

The 540W to 565W solar panel offers a maximum efficiency of up to 21.8%, enabling higher energy generation and optimized performance for large-scale solar installations.

Is a 540W to 565W bifacial solar panel suitable for commercial and utility projects?

Yes, these bifacial solar panels are highly suitable for commercial and utility-scale projects because they deliver high power output, increased energy yield, and reduced balance of system (BOS) costs.

How do half-cell solar modules perform in low-light conditions?

Half-cell solar modules are designed to perform efficiently in low-light environments such as cloudy weather, mornings, and evenings. Their advanced cell configuration ensures stable energy generation even under less-than-ideal sunlight conditions.

What durability and weather-resistance features do these solar panels offer?

These solar panels are engineered to withstand harsh environmental conditions, including high wind loads, heavy snow loads, humidity, and temperature variations. Their robust construction ensures long-term durability and reliable outdoor performance.

Why choose a 540W to 565W monocrystalline bifacial solar module?

These solar modules are ideal for large-scale and commercial projects because they offer high efficiency, enhanced bifacial energy generation, improved reliability, lower power losses, and optimized long-term project economics.