About 600W Mono PERC Panel
Description :-
High-efficiency Mono PERC panels ranging from 330W to 600W, designed for rooftop and commercial installations where maximum power generation per square meter matters. These modules use half-cut cell technology for lower resistive losses, better shade tolerance, and improved performance in high temperatures and low-light conditions. Built with 3.2mm toughened glass, aluminium frame, and PID-resistant cells, they deliver stable long-term performance even in harsh environments. Ideal for 1 kW to multi-megawatt systems where reliability, efficiency, and consistent output are critical.
Product Specifications :-
- Power Range: 330W to 600W
- Cell Type: Monocrystalline PERC / Half-Cut Cells
- Module Efficiency: 19% 22.5%
- Operating Voltage (Vmp): 31V 42V (model-dependent)
- Open Circuit Voltage (Voc): 38V 50V
- Current at Max Power (Imp): 9A 14A
- Number of Cells: 120 / 144 half-cut (based on wattage)
- Front Glass: 3.2mm high-transmittance toughened glass
- Frame: Anodized aluminium, 35mm / 40mm
- Junction Box: IP68, 3-diode configuration
- Connector: MC4 Compatible
- Cable: 4 sqmm UV-resistant solar cable
- Mechanical Strength: 5400 Pa snow load / 2400 Pa wind load
- Temperature Coefficient (Pmax): 0.35% to 0.38% / C
- Certifications: IEC 61215, IEC 61730, BIS
- Applications: Rooftop solar plants (residential & commercial), industrial sheds, small utility-scale projects.
Superior Efficiency with Mono PERC TechnologyHarness the power of Mono PERC technology with these solar panels, offering industry-leading efficiency between 19% and 22.5%. The use of premium monocrystalline silicon and a half-cut cell design ensures optimal performance, reduced resistance, and improved energy output even in limited sunlight. These features make our panels ideal for maximizing returns on solar investments.
Versatile Applications and Robust DurabilityDesigned for a variety of install environments, these panels handle system voltages from 38 to 50V and can function efficiently between 40C and +85C. Their versatility ensures reliable operation in diverse climatic conditions, making them suitable for homes, businesses, and large-scale solar farms. With a sturdy build and blue color, these panels combine aesthetics with endurance.
FAQs of 600W Mono PERC Panel:
Q: How do the 600W Mono PERC Panels enhance solar power generation?
A: The panels use advanced Mono PERC technology combined with half-cut cell design, allowing them to achieve higher energy conversion efficiency (up to 22.5%) and better performance in low-light conditions, leading to increased overall energy production.
Q: What are the main benefits of monocrystalline silicon in these panels?
A: Monocrystalline silicon provides superior efficiency and longevity compared to other materials. It enables the panels to operate effectively within the broad temperature range and through various weather conditions, ensuring lasting performance and higher yield.
Q: When is it suitable to install these panels?
A: These panels can be installed at any time of year due to their wide operating temperature range (40C to +85C) and high durability, ensuring consistent output regardless of seasonal or regional climate variations.
Q: Where can the 600W Mono PERC Panels be used?
A: These panels are suitable for a range of settings, including residential rooftops, commercial properties, and utility-scale solar installations. Their versatile voltage range and high efficiency make them adaptable to diverse project requirements.
Q: What is the process for sourcing these panels in India?
A: As a leading distributor, exporter, manufacturer, supplier, and trader, we provide comprehensive support from selection and customization to delivery and after-sales services across India. Contact us to discuss your requirements and receive expert guidance.
Q: How should these panels be maintained for optimal performance?
A: Regular cleaning to remove dust and debris, periodic inspections for physical damage, and ensuring proper installation orientation are essential steps. These practices help maintain panel efficiency and extend the lifespan of the system.