A Leap Into Resilience and Performance
JA Solar has once again demonstrated its leadership in the solar industry with DeepBlue 4.0 Pro's remarkable achievement of the High-speed Wind Tunnel PV Module Certification from TÜV NORD. This milestone is not just a testament to the module's robustness but also to its exceptional performance under duress. This certification crowns DeepBlue 4.0 Pro with the acknowledgment it deserves, securing its place as a top contender in demanding environments.
The Wind Tunnel Test: A Rigorous Ordeal for Quality
The TÜV NORD high-speed wind tunnel certification introduces a rigorous testing standard, challenging the endurance of PV modules in extreme wind conditions akin to those experienced during hurricanes. Through these demanding trials, DeepBlue 4.0 Pro proved its endurance and emerged triumphant, meeting all stringent requirements and setting a precedent in weather resistance for the solar module industry.
Innovation Unleashed: A Technological Powerhouse
JA Solar's commitment to innovation shines through in the technologically-advanced DeepBlue 4.0 Pro. By integrating n-type high-efficiency Bycium+ cell technology and high-density packaging techniques, JA Solar is pushing the bounds of solar module efficiency, capturing more power while enhancing durability.
Powering Through the Storm: An Unmatched 635W Output
The superior design of the DeepBlue 4.0 Pro is highlighted by its phenomenal 635W output. This figure is not just a number—it's a representation of JA Solar's pursuit of excellence, eclipsing other products in the 182 series, and offering unparalleled power generation.
Advanced Features for Optimized Performance
Enhancements in the DeepBlue 4.0 Pro series span various features - from lower power degradation to superior low-light performance. Such advancements ensure optimal energy yield, crucial for producing power in less-than-ideal weather conditions and sustaining energy production through diverse climate challenges.
Field Tested, Proven Superior: The JA Solar Advantage
Real-world performance is the ultimate test, and the DeepBlue 4.0 Pro surges ahead here too. A year-long field test conducted by JA Solar together with TÜV NORD presented convincing results—an additional energy yield of approximately 3.9% from JA Solar's n-type modules, underscoring the module's superior field performance.
Design Intelligence: Maximizing ROI, Minimizing Risks
DeepBlue 4.0 Pro's design features, including a lower open-circuit voltage and the ability to support more modules per string, reveal JA Solar's focus on reducing risks and costs. This forward-thinking design not only decreases the likelihood of hot spots but also cuts down on BOS costs, proving that smart design can lead to tangible economic benefits.
Customer Value: Lowering LCOE, Elevating Satisfaction
The culmination of JA Solar's endeavors is the significant reduction in Levelized Cost of Electricity (LCOE). For customers, this translates into palpable savings and heightened satisfaction, making the DeepBlue 4.0 Pro an investment that continues to yield dividends over its lifecycle.
The JA Solar Commitment: A Promise of Quality and Innovation
The DeepBlue 4.0 Pro's wind tunnel certification by TÜV NORD is more than an accolade—it's a reflection of JA Solar's unwavering pledge to deliver high-quality, innovative photovoltaic solutions that do not only meet but exceed customer expectations.
Setting Sail for a Sustainable Future
As JA Solar's DeepBlue 4.0 Pro garners acclaim and sets new benchmarks in the solar module industry, it serves as a beacon, guiding us towards a more resilient and efficient energy future. Its exemplary performance and innovation solidify JA Solar's stature as a beacon of progress in renewable energy technology.
JA Solar's DeepBlue 4.0 Pro redefines strength and efficiency in the solar industry by earning the High-speed Wind Tunnel PV Module Certification from TÜV NORD. Boasting advanced tech and unmatched performance, it's designed for longevity in extreme weather, ensuring superior energy yield and investment value.
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