Built for durability
Built to Last, Designed to Perform
Guardian benefits
module power: up to
610
W
module efficiency: up to
22.60
%
product warranty:
12
Years
power warranty:
30
Years
Guardian solar panels are designed to withstand the toughest conditions, whether it’s extreme heat, numbing cold, or very high humidity. Benefiting from our double encapsulation layering methods using POE gluing, these panels are a tightly packed unit that can withstand anything our ever-changing weather conditions can throw at them.
Efficiency is the driving force behind all of our solar panels. The Guardian product series is a shining example of this philosophy incorporating features such as anti-dust frames that significantly reduce cleaning frequency while maintaining stable performance. By delivering more power with less maintenance, these panels are a cost-effective solution for long-term power generation.
Designed to thrive in the harshest of climates, Guardian solar panels, are no slouch when it comes to efficiency and performance. These panels combine advanced materials and our cutting-edge back contact technology developments to deliver outstanding performance and reliability. Backed by LONGi's rigorous lifecycle testing programs and extended warranties, it is a reliable choice for demanding applications.
Leading solar innovation through back contact technology
We are championing the global industrial shift to back-contact solar technology because it offers a number of unique benefits that are unmatched in the industry, meeting the needs of both residential and C&I customers in the best possible way, without compromise.
Heterojunction Back Contact (HBC) Technology
Enhances efficiency by optimizing light absorption and electricity flow
Multi layered anti-reflection film
Maximizes energy capture by reducing light reflectivity
Busbar-free design
Improves power output by eliminating energy loss areas
Reduced risk of microcracks
Ensures durability with advanced wafer technology
Increased resistance to mechanical stress
Can withstand extreme environmental conditions with reinforced structure
Press fit ties for easy installation
Simplifies setup, reducing time and labor
EVO2a connectors
Ensures reliable electrical connections with advanced design
Patented frame structure
Provides robust panel support for enhanced durability
Illuminating Possibilities
At the forefront of solar innovation, we continuously redefine what’s possible, delivering highly efficient and reliable solar panels designed from the ground up, to meet the diverse needs of the PV market. Our latest Hi-MO X10 panel generation is a perfect example of this.
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Resilient
Guardian solar panels are engineered to withstand the harshest environments, from extreme heat and cold to heavy dust and snow. Their rugged construction ensures long-term durability and consistent performance under all conditions.
Reliable
Designed for reliable power generation, Guardian solar panels deliver consistent performance year after year. Backed by rigorous testing and an extended warranty, they provide peace of mind for a wide range of applications.
Efficient
With advanced features like anti-dust and anti-snow technology and optimized energy output, these panels maximize power generation while reducing maintenance and operating costs.
Proven reliability
Module Degradation Tests
Decades of environmental exposure are simulated through rigorous testing. Intense UV and humid heat conditions are applied to ensure the panels’ long-term reliability as a sustainable energy solution.
Hail Resistance
With extreme weather events, including hailstorms, becoming more frequent, substantial resources have been dedicated to certifying panels for challenging conditions. Durability and performance under hail impacts and severe weather are guaranteed through thorough testing.
Fire Resistance
Industry standards for fire resistance are met and exceeded through meticulous testing. Products are designed to provide safety and peace of mind for every PV project.
Increased Mechanical Resistance
Exceptional durability is achieved with panels capable of supporting up to 6000 MPa on the front side. Installation risks are minimized, and robustness against diverse climates and weather conditions is ensured.
Reduced Power Degradation
Efficiency degradation is significantly minimized through advanced back-contact technology, ensuring stable energy output throughout the panel's lifetime. Solar investments are optimized with reliable performance over decades.
Minimal power loss
Advanced Back-Contact technology minimizes cell degradation. This ensures that your plant runs stably and efficiently for decades.
0%
Mechanical Resistance
0%
Back heat dissipation
Built for durability
Product Series
Hi-MO X10
Number Of Cells
72
Max Power
670
W
Max Module Efficiency
24.8
%
Wafer Type
M11 TaiRay Wafers
Back Contact Technology
HPBC 2.0
Shading Optimization Technology
N/A
Materials and Product Warranty
15
years
Linear Power Output Warranty
30
years
Glass Framework
Single glass, 3.2mm coated tempered glass
Frame Color
Anodized aluminum alloy frame
Bifacial/Monofacial
Monofacial
Weight
28.5
kg
Dimensions
2382×1134×30mm
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Applicable for residental, small power plants, ultra large power plants
C&I Roof
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carport
.avif)
concrete roof
agrivoltaics
.avif)
floating
.avif)
gas station
.avif)
industrial park
.avif)
offshore
.avif)
winter garden
From Evolution to Revolution: Hi-MO X Series
Experience the evolution of solar technology through the Hi-MO X series. While the Hi-MO X6 Max set a high standard for reliability and performance, the Hi-MO X10 redefines innovation with enhanced efficiency, modern aesthetics, and robust durability. These advancements showcase LONGi’s unwavering commitment to leading the way in solar energy.
Hi-MO X10
0BB - Zero Busbar Design
Sleek aesthetics with enhanced reliability and efficiency.
HPBC 2.0 Cell Technology
Achieving up to 24.8% efficiency for superior energy output using LONGi’s proprietary back contact technology
Built-In Shading Optimizer
Consistent performance in shaded conditions and lower operating temperatures to avoid hotspots
Three-Layer Cell Structure
Enhanced energy absorption and overall performance.
Hi-MO X6 Max
Advanced HPBC Back-Contact Technology
Enhanced efficiency and minimized shading impacts
High Output Capacity
Up to 600W, ideal for any application
Durable Design
New M11 wafers with TaiRay Inside technology provide high break resistance - engineered for reliable performance every time
Cost-Effective Energy Solution
A trusted choice for projects demanding high efficiency and reliability while delivering financial value The Hi-MO X6 Max remains a solid performer, offering a proven balance of performance and value.
