The Pinnacle of Crystalline Silicon
Efficiency
Reliability
Innovation
Introducing a new leap in leap in solar technology
Hi-MO X10
Breakthrough in module power
up to
670W
Hi-MO X10 sets a new benchmark in solar panel performance with an impressive power output of up to 670W. Designed to meet the demands of high energy density projects, these panels deliver an unmatched energy production, making them a game-changer for every type of installation scenario. With the addition of the new TaiRay wafer, it achieves a new level of safety, reliability and longevity.
An unprecedented leap in efficiency
up to
24.8%
With a module efficiency of up 24.8%, our HPBC 2.0 technology represents a significant leap forward in solar power technology. Building on our pioneering hybrid passivation back contact technology, this second-generation advancement pushes the limits of what’s possible with current monocrystalline silicon solar technologies.
Power Meets Innovation
SETTING NEW STANDARDS WITH
N-Type Technology
Hi-MO X10 panels are now available with advanced N-type technology and the second generation of our revolutionary back contact (BC) technology. Combining cutting-edge efficiency with exceptional reliability, these panels deliver superior energy output and long-term performance. With innovations like HPBC 2.0 and TaiRay Wafer integration, the Hi-MO X10 sets a new standard in solar panel design
Transition to panels mounted on a house –
5% increased capacity for the same roof size
Advanced Cell Design Through TaiRay Wafer and HPBC 2.0
With TaiRay Wafer technology and HPBC 2.0, energy capture is optimized, power loss is minimized, and durability is enhanced. These advancements are essential for achieving higher efficiency and meeting the increasing need for dependable solar solutions.
Bipolar Hybrid Passivation Technology
LONGi’s proprietary Bipolar Hybrid Passivation technology increases mass production voltage up to 745mV and reduces current loss for both positive and negative electrodes. This advancement ensures improved power efficiency and overall cell performance.
M11 TaiRay Wafer
The new M11 rectangular TaiRay wafer provides a more uniform distribution of resistance across the cells while reducing the amount of impurities on the wafer. Their tested bending is 16% higher than that of conventional wafers. As a result, they are more resistant to breakage and less likely to break during production. Hidden cracks are reduced by approximately 87 percent. Overall, TaiRay wafers provide for greater efficiency, a consistent power flow and improved reliability.
0BB – Zero Busbar Design – Eliminating Cell Shading
For the first time ever, Zero Busbar Design has been implemented in back contact technology. 0BB eliminates eliminates busbars from design, improving power and enhancing durability by reducing mechanical stress on the cell.
0BB - Zero Busbar Design – Enhanced Bifaciality
Another key benefit of the 0BB Design is improved panel bifaciality. This has led to an increase of up to 75% in panel bifaciality ensuring that more light is captured through the back side of the panel, resulting in higher energy yields.
Anti-Reflection Film – Reflectivity Reduction
The Anti-Reflection Film used in the Hi-MO X10 solar panels reduces reflectivity by 12%, allowing panels to absorb more sunlight and maintain their high performance throughout the day.
Anti-Reflection Film – Improved Low Irradiance Performance
With better performance in low light conditions such as early or late during the day, our Anti-Reflection Film ensures reliable energy production even in difficult lighting scenarios.
Soft Breakdown Design
Our proprietary Shading Optimizer technology includes a soft breakdown design which allows current to bypass shaded cells, maintaining continuous energy flow and minimizing any power disruptions.
Reduced Localized Overheating
This technology drastically reduces localized overheating by up to 28% compared to conventional panels. This, in turn, results in a significant reduction in panel operating temperatures, reducing the risk of hot spots and improving panel safety and longevity.
Improved Panel Operating Temperatures
By intelligently managing the effects of shading, this technology minimizes power loss while also helping to reduce overall panel operating temperatures. With a temperature coefficient of -0.26%/°C, these panels maintain high efficiency even in extreme conditions, improving performance and extending panel life.
Minimized Power Loss
Unlike conventional panels that bypass entire strings of cells, our built-in Shading Optimizer Technology reduces power loss by bypassing only the shaded cells. This ensures that the unshaded part of the panel can perform well leading to more stable and efficient power generation.
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Efficiency
Reliability
Innovation
Reliability Improvements and Degradation Reduction
High Resistance TaiRay wafer
The new M11 rectangular TaiRay wafer is not only thicker than conventional wafers, its design provides 16% more resistance to mechanical stress while reducing the amount of impurities on the wafer. This increases panel efficiency and resilience and reduces the risk of microcracks.
Improved Power Temperature Coefficient
With a power temperature coefficient of -0.26%/℃, Hi-MO X10 panels maintain better power generation in high-temperature climates, enhancing reliability and energy yield.
One-Line Back Contact Welding
Our proprietary one-line back contact welding method significantly reduces cell edge stress by 26 MPa, improving panel stability and reducing the risk of microcracks.
POE Encapsulation
Enhanced POE encapsulation technology provides Hi-MO X10 panels with superior protection against moisture and UV exposure, ensuring long-term durability and performance.
Comprehensive Warranty
Designed to give you confidence in your investment, our warranty covers both product quality and power output, offering lasting support for your solar energy needs.
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Product and Materials Warranty
15-year product and materials warranty,ensuring customers receive reliable and high-quality solar panels.
Power Warranty
30-year power warranty with only 1% degradation in the first year and 88.85% power retention after 30 years. This long-term guarantee provides peace of mind and exceptional value to our customers.
15-years
product warranty
30-years
product warranty
DH3000
At 85°C and 85% relative humidity, test for 1000 h/2000 h/3000 h.
UV180
Exposure for a defined time at a specific UV light intensity
TC800
High and low temperature environmental simulation 85°C to - 40°C 200 cycles
Increased performance. Higher Returns.
Simulation data compared to mainstream TOPCon Modules, for the same installation conditions
Commercial and Industrial
Total Power generation (MWh)
8.1%
IRR
6.72%
LCOE
6.9%
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Residental
Project capacity (kW)
4.76%
Total Power generation (MWh)
9%
LCOE
7.16%
Large scale solar power plants
Total Power generation (MWh)
8.7%
IRR
9.88%
Payback period (years)
7.89%
Available Products and Product Series
Explore a versatile lineup of Hi-MO X10 products, combining innovation, efficiency, and reliability for all energy applications.
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Committed to Sustainability
At LONGi, sustainability is at the heart of everything we do. Through innovative solar solutions and eco-friendly practices, we are dedicated to reducing carbon emissions and fostering a greener tomorrow.
reduction in electricity consumption per produced panel
18.3%
million tons of water saved
5.5
production bases received ISO 50001 energy management certifications
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