AE MB-72 390-400W

Power Range 390 ~ 400 Wp
region: Germany
features: BNEF Tier 1 High efficiency (high output) Low LID Low PID Monocrystalline Severe Weather Resistant
Model No.

Product Info The minimum quantity order is a 20Ft container.

AE Solar Modules Datasheet PDF, Price, Review, Dimensions, 390W, 395W, 400W Solar Panel

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Product Features

  • PID Resistant: The product is designed to be resistant to potential-induced degradation, ensuring long-lasting performance.
  • Salt Corrosion Resistant: It has been specifically engineered to withstand the corrosive effects of salt, making it suitable for installations near coastal areas.
  • Sand Resistant: The product is built to resist the detrimental effects of sand, making it suitable for deployment in desert or sandy environments.
  • Ammonia Resistant: It is designed to be resistant to ammonia, making it suitable for agricultural or industrial settings where ammonia exposure may occur.
  • Highly Stable and Tough: The product exhibits high stability and toughness, ensuring reliable performance even in challenging conditions.
  • Lid Resistant: The product is resistant to damage or degradation caused by exposure to the lid or covering of the module.
  • Full Cells: The module consists of 72 full cells, maximizing the energy generation capacity of the product.

Introducing the AE MB-72 390-400W, a remarkable solar module crafted by AE Solar. This cutting-edge product is designed to provide efficient and sustainable energy solutions for a wide range of applications.

The AE MB-72 390-400W module stands out for its exceptional performance and reliability. It is engineered with advanced technology to deliver high power output, with power ratings ranging from 390W to 400W. This ensures that it can effectively harness solar energy and maximize electricity generation for various residential, commercial, or industrial needs.

One of the key features of this module is its resistance to potential-induced degradation (PID). By incorporating PID-resistant technology, the AE MB-72 390-400W module maintains its efficiency and performance over an extended lifespan, ensuring consistent energy production.

Furthermore, this solar module is designed to withstand the corrosive effects of salt, making it highly resistant to salt corrosion. This feature makes it suitable for installations in coastal areas or regions with high salt content, ensuring its durability and longevity in challenging environments.

In addition to salt resistance, the AE MB-72 390-400W module is also engineered to resist the harmful impact of sand. This makes it an excellent choice for deployments in desert regions or areas with significant sand exposure, where protection against abrasive particles is essential.

The AE MB-72 390-400W module is also ammonia resistant, making it suitable for agricultural or industrial applications where ammonia exposure may be present. This resistance ensures the module’s performance remains uncompromised, even in environments with ammonia-related challenges.

The module’s stability and toughness are notable characteristics, ensuring reliable performance under various weather conditions and external factors. It is built to withstand rigorous conditions and maintain optimal efficiency, providing a consistent and sustainable energy solution.

Featuring a robust construction, the AE MB-72 390-400W module is resistant to damage caused by lid or covering exposure. This adds an extra layer of protection, safeguarding its integrity and maintaining its performance over time.

With 72 full cells, the AE MB-72 390-400W module offers an impressive energy generation capacity. It optimizes the use of available sunlight and delivers outstanding power output, contributing to efficient and cost-effective energy solutions.

The AE MB-72 390-400W by AE Solar is a high-performance solar module that combines cutting-edge technology, resistance to various environmental challenges, and exceptional power output. Whether for residential, commercial, or industrial use, this module offers a reliable and sustainable solution for harnessing solar energy and reducing reliance on traditional power sources.

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