210mm G12/M12 HJT Solar Cell Producer and 0BB PV panels
LPV hJT
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Advance and Reliable Manufacturer
Liansheng PREMIUM Solar Panel
Liansheng producer of Premium HJT solar cells
Leascend Photovoltaic Technology Co., Ltd is a groundbreaking company dedicated to the development, application, and mass production of high-efficiency heterojunction (HJT) solar cells. Their commitment to values such as Win-Win Development, Sharing of Responsibility in Harmony, and Focus on Efficiency has driven them to become a world-leading digital and intelligent manufacturer of HJT solar cells. With the largest floor area, the longest single production line, and the largest individual capacity, the Project is set to be the largest HJT solar cell producer in China. The company’s vision is to provide high-performance, high-efficiency, and high-quality photovoltaic products for global customers, ushering in a new era of solar energy and a better future for mankind.
LPV HJT Technology
Combining the advantages of crystalline silicon and film silicon technology, HJT solar cells have excellent light absorption
and passivation effects and are superior to PERC technology in efficiency and performance. HJT solar cell technology is one of
the current battery technologies in the solar energy industry to improve conversion rate and power output to the highest level
and also leads the development direction of the new generation of battery technology.
The bifacial structure of HJT solar cells can effectively improve the backside power output of module products and increase
the power generation income; the extremely low-temperature coefficient enables the module to maintain stable power output
performance even in high-temperature environments; the excellent power output capacity under weak light conditions prolongs
the time of power generation of the module and further improves the power generation income.
Innovative Solar CELL Manufacturer
At Liansheng Photovoltaic, our corporate vision is to become a world-class, high-efficiency solar cell digital intelligent factory. We believe in win-win development, harmonious sharing, and focusing on high efficiency. Our focus is on developing high-efficiency heterojunction (HJT) solar technology and implementing low-cost, high-efficiency heterojunction cell and module mass production technology. Our goal is to become a model project of Lemei New Energy Base and a benchmark for photovoltaic cells in China. We are passionate about providing global customers with high-performance, high-efficiency, and high-quality photovoltaic products and ushering in a new era of photovoltaic energy.
Overall LPV HJT rating
Advantages of LPVHJT Solar Panels
- Very High Silicon Cell Efficiency > up to 25,5% HJT210 15-18BB and 0BB (Half-cut) Heterojunction Solar Cells
- Bifacial solar cells series 210mm, perfect fit to HJT modules up to 730W
- No LID and PID degradation in the HJT panel series
- 80μm Thinner Wafers
- 95%+ Higher Bifaciality
- Made in 0 MBB Half-Cut Cell Technology HJT
- Extremely low temperature coefficient of -0.26% /°C
- 1% first year and 0.28% every next : Lower degradation rate
- 35%+ efficiency: Combination with Future Technology eg. perovskite
- List Item
Most Advance HJT Cell Manufacturer
MEET THE Leascend Solar Cells
The Best Premium Solar Cells HJT technology. GOLD Bifacial Series have the highest power production, with high-efficiency cells M12 up to 25%. Additional Mysolar ensures 30 years of product Warranty which is one of the best results in the photovoltaic market.
leascend G12-0BB HJT solar cells
NEW SOLAR TECHNOLOGY HJT
Heterojunction n-type Solar CELLs
Heterojunction Solar Cell
High-Performance with N-type Wafers 15BB/18BB/ 0BB M12 HJT Solar Cell is a superior and new high-performance generation of N-type wafers solar cell that generates energy from both sides.
Combines all the advantages of crystalline and thin-film solar technologies in a single hybrid structure. This provides one of the most effective cell passivations on the market for high levels of power and efficiency even in hot climates.
95%+ Higher Bifaciality
Heterojunction (HJT) cells have a natural bifacial symmetrical structure that makes them ideal for use in various application scenarios. With a bifaciality of more than 95%, HJT cells have a superior ability to capture as much sunlight as possible, providing an increased power output. This enhanced energy output makes them an excellent choice for those who want to get the most out of their solar energy systems. The bifaciality of HJT cells is extremely important because it ensures that the cells can harvest energy from both sides, maximizing the amount of sunlight that is converted into electricity. With this feature and high-quality construction, HJT cells are a reliable and efficient choice for those looking to invest in sustainable energy sources.
-0.26%/C Extreme low-temperature coefficient
Heterojunction with Intrinsic Thin-layer (HJT) solar cells are an advanced alternative to conventional cells. They exhibit a lower temperature coefficient (-0.26%/°C), resulting in a more stable power output even when exposed to high temperature and high irradiation areas. When compared to other solar cell technologies, such as PERC and Topcon, HJT solar cells demonstrate a higher daily power output of up to 6% and 3% respectively when using modules with the same power. These features make HJT solar cells an excellent choice for applications where consistent and high-performance power output is vital, particularly in remote locations with extreme weather conditions and residential and commercial PV installations, where maximum energy yield is desired. In general, HJT solar cells provide a multitude of advantages over traditional solar cells, making them a valuable investment for any modern energy system.
1% first year and 0.28% each year. Lower degradation rate.
HJT solar cells are a fantastic innovation in the world of solar power. These cells are constructed with N-type silicon wafers, which are known for their incredible durability and resistance to what is known as the Light-Induced Degradation (LID) effect. This means that HJT cells are perfect for long-term use and will continue to provide reliable energy for many years to come.
In addition to their durable construction, HJT solar cells also feature anti-reflection and protective layers, as well as TCO film that is conductive. This not only adds to their longevity, but also helps to prevent polarization of the charge on the surface of the cell, which can lead to the undesirable phenomenon of Potential Induced Degradation (PID).
So, whether you are an individual looking to power your home with renewable energy, or a business looking to reduce your carbon footprint, HJT solar cells are a smart choice that will provide you with clean, reliable, and long-lasting energy for years to come.
80μm Thinner Wafers
The manufacturing process of HJT solar cells is simplified
and at a lower temperature than conventional solar cells. It’s a natural bifacial symmetrical structure that reduces the mechanical stress in cell production, enabling thinner wafers (≤120μm). Combining SMBB technology and 0 Busbar technology, the conversion efficiency can be further improved and costs reduced. With the mass production of N-type silicon wafers, the cost advantage of thin wafers will be more prominent.
Combination with Future Technology HJT + Perovskite
Due to their structure, HJT cells are very suitable to use as substrates to stack with perovskite cells. The combination of these two technologies is considered to be the most promising. Simulations show that the conversion efficiency of the laminated cells can reach more than 35%.
Leascend Premium & Quality Solar Modules
Leascend offers two main solar panel models based on heterojunction (HJT) technology, namely the G12-0BB Uranus and the G12-SMBB Uranus series
From the glass and the backsheet to the inside of HJT solar panels, everything of the material was picked carefully to produce the definitely best HJT solar panels, giving our customers the quality they deserve. That’s why LPV HJT solar panels have an industry-leading performance warranty, which is the degradation at 99% in the first year, after 2nd year 0.32% annual degradation to year 30 from the beginning. It gives a leading performance of 89,75% of power output after 30 years.
Best Solar Panel ?
LPVHJT Solar Panel HJT
Leascend Solar Panels Performance
As a most innovative and reliable supplier for the production of new energy, the Leascend is producing Heterjunction N-type HJT high-efficiency solar panels.
Key Figures of Leascend
- Most experienced engineers with years in Solar PV manufacturing intelligent R&D team.
- Up to 26% Cell Efficiency reach thanks to leading in market R&D.
- GW scale capacity for high power modules HJT(730W).
- 89,75% efficiency after 30 years.
The efficiency of the solar panel HJT Uranus series is up to 23.66% in serial production and 23,82% for the new modules planned to produce soon. When we add in addition double-sided heterojunction cells with high bifaciality at a level up to 95%, we will achieve a perfect and powerful solar panel.
The super low-temperature coefficient in LPV HJT modules is only 0.24% / ℃.
Only technologically the most advanced with n-type wafers HJT Cells:
- G12/M12 – 210mm
plus half-cut technology and SMBB or 0BB.
A wide range of HJT modules gives the various options of use in:
- residential
- commercial
- utility-scale
- agriculture
- special like floating project
The URANUS HJT series with Half-Cut, Double Glass Mysolar Bifacial PV Panels, provides two standard-size M12:
132 Cell 720W up to 740W 0BB
and
132 Cell 710W up to 730W SMBB
Construction of Leascend solar panels
LPV HJT solar modules:
Uranus Series 720W-740W (n-type HJT Mono 210x105mm) – (0BB) – (2384 × 1303 × 35)
Uranus Series 710W-730W (n-type HJT Mono 210x105mm) – (SMBB) – (2384 × 1303 × 35)
URANUS Series Advantages:
- Fire class protection
- High Energy Yield even in harsh environmental conditions
- Glass-Glass frame
- Best anti-PID and LID protection
- 30-year power and 15- year product guarantee
- After 30 years outdoor work low power lost
- 89,75% after 30 years of power output
- The bifacial module with high bifaciality >95%
- 1500V DC maximum system voltage – excellent insulation and lower total cost of the PV system
- SuperMBB Half-cut solution or 0BB
- Extreme Power Efficiency Solar Module up to ~23.66%
35%+ Efficiency – the Combination with Future Technology
Due to their structure, HJT cells are very
suitable to use as substrate to stack with perovskite
cells. The combination of these two technologies is
considered to be the most promising. Simulations
show that the conversion efficiency of the laminated
cells can reach more than 35%.
Solar Panels for Utility-Scale Project
Mysolar has a perfect long term ROI index thanks to:
- long warranty
- high quality
- glass-glass construction
- HJT bifacial cells
- highest Energy Yield
- very low-temperature coefficient
- High Tempered Glass with 93.8% light transmittance
- POE Encapsulation
Technology in Leascend HJT Solar Panels
Photovoltaic panels made in Bifacial technology produce up to 30% more energy. The PV module also produces energy from below using ALBEDO. The Mysolar thin layer HJT cell bifacial coefficient is one of the highest in the industry and amounts to as much as 95%.
Solar panels made in Half-cut technology are characterized by greater durability, dividing the module in half. In addition, the shading of the individual halves does not cost the cost of the entire PV panel.
The reinforced number of energy discharge rails improves the operation of photovoltaic panels and the car, their degradation level. Reduction of current-voltage and lower shading of silicon in MBB technology. HuasSun solar modules have SuperMBB (12BB) solutions.
0 busbars (0BB) technology, which eliminates metal grid lines on the front of the cells, reducing shading losses and improving overall efficiency. This type of panel aligns with Leascend’s focus on improving energy yield and maximizing surface area for solar absorption.
Glass Glass photovoltaic panels are enclosed in a sealed glass frame cover. This makes the warranty of double glass modules the highest in the industry and amounts to 30 years. Degradation caused by the environment is much less, and in addition this kind of PV Panels have the highest resistance for dust, ammonia, sea salt and humidity.
HuaSun solar panels have a snow resistance of up to 5400Pa and a wind resistance of 2400Pa. Resistant to salt spray, ammonia and fire Class, thanks to double-glass construction.
Characterized by a low-temperature coefficient, it allows you to produce over 30% more energy on hot days. Low degradation and excellent performance in low light e.g. morning, evening and cloudy days.
HJT N-type silicon cells. Higher power and less degradation, thanks to the use of the latest photovoltaic panel production technologies. The lifetime and efficiency of photovoltaic modules increased to 30 years.
Mysolar CERTIFICATION
- TUV SUD/UL/CE
- PID, LID, Ammonia , Salt Mist and Blowing Sand
- ISO9001 Quality Management System
- ISO14001 Quality Management System
- ISO45001 Occupational health and safety management system
- Cerified for Snow and Wind loads of maximum of 5,400/2,400 PA
- Non-flammability of the resistance class
- Warranty 30 years for power loss production
- Warranty 15 years for product
Leascend Solutions
Easy to install solar panels
State-of-the-art solar module construction helps as well as easy and safe install LPV HJT Uranus series. 35mm glass-glass frame plus standards high module size (210mm) gives various installation options for any EPC and solar farms projects company.
Leascend Uranus HJT Bifiacial Series 710W-730W
- Size Height Width Thickness MM 2384*1303*35
- Cell Size MM 210*105 Bifacial HJT
- Weight Kg. 38,4
- Number of HJT Cells 132 (2*66)
Leascend Uranus HJT Bifiacial Series 720W-740W
- Size Height Width Thickness MM 2384*1303*35
- Cell Size MM 210*105 HJT Glass Glass
- Cell efficiency up to 26%
- Panel efficiency 23.82%
Leascend sales and distribution Solar Panels
EPC Cooperation
general contractor of photovoltaic investments
Mysolar Distributor In Europe
Container and Mega Watt sales
Photovoltaic Broker
mediation in the purchase directly from the manufacturer
