Power-X energy guarantees customer value with reliable product quality, and provides 12 year process quality assurance and 30-year linear quality assurance for P module, which can cover the full life cycle of products.
PX2-182mm
The PX-2 series solar module boasts exceptional power, reliability and feasibility. Equipped with 182mm 10BB/11BB solar cells, it surpasses conventional cells thanks to the larger silicon wafer size which results in increased power generation. These solar panels are capable of achieving a cutting-edge 21.47% conversion efficiency when applied to 600W components. Furthermore, they offer several benefits such as optimized KWH costs, lower transportation expenses, and reasonable labor costs. As a result, they are emerging as a top choice for market optimization schemes.
PX series
PERC
21.73%
675W
Technology Overview
Gallium-doped Silicon Wafers
PX series module is made with galli-um-doped PERC silicon wafers, which enable better anti-attenuation and maintain preeminent power generation performance. With the first year attenuation of -1.5% and linear attenuation as low as -0.45%, the module generates more power over its lifetime.
Multi-busbar Tech
Multi-busbar technology is more efficient than traditional busbar technology. It reduces power loss and increases current collection capacity. This technology utilizes thinner and narrower busbar design to prevent hidden cracks from micro-cracks. Circular solder strips are also used to improve module light utilization, increasing power output by 2.5-3%.
Non-destructive Cutting
The PX module utilizes innovative non-destructive cutting with low temperature laser technology, utilizing the principle of thermal expansion and contraction for natural cell separation. This results in a smooth and neat cutting surface with upgraded bending strength and performance. The risk of hidden cracks is reduced, guaranteeing higher product reliability.
HALF-CHIP Tech
The PX Series module utilizes half-cell technology to operate at lower temperatures and reduce internal current loss, increasing efficiency. This technology also decreases power generation loss caused by shading and can provide a significant increase in power compared to full-cell modules.
High-Density Packaging
High-density packaging technology increases the power generation area and conversion efficiency of AURO P modules by 0.2% through reduced cell spacing. Additionally, these modules possess superior anti-attenuation and anti-shadow shading qualities when compared to traditional models, resulting in increased power generation gains under similar environmental conditions.
Bifacial Technology
The PX module features bifacial PERC technology and a partial aluminium gridline structure for optimal sunlight absorption on both sides. This results in a 5% to 25% increase in power generation and significantly reduces LCOE.
Loading Capacity
The PX series module is crafted with tempered glass and aluminium alloy, providing exceptional wind resistance and loading capacity. The PX series module has passed IEC load testing and can handle front loads of 5400Pa and back loads of 2400Pa, making it a versatile option for a variety of applications.
System Compatibility
The PX series module fits seamlessly with fixed mounts, 1P and 2P tracking mounts. The PX series module enhances electrical matching by optimizing electrical parameters, boasting an operating current of less than 15A for compatibility with various types of inverters like centralized and string.
Cell Size
182 MM
- 410W｜108cells｜21.00%
- 460W｜120cells｜21.32%
- 500W｜132cells｜21.06%
- 550W｜144cells｜21.28%
Let Power-X light up your world
Prompt Support
We offer extensive assistance with installation guidelines and post-purchase support.
Quality Assurance
Power-X energy guarantees customer value with reliable product quality, and provides 12 year process quality assurance and 30-year linear quality assurance for P module, which can cover the full life cycle of products.
Free System Design
It is our pleasure to offer customers with our complimentary system design services. Our aim is to provide you with expert assistance in designing the most efficient and effective system that will meet your unique requirements.