Product Advantages
1. Patented Technology: Risen 570W solar panel boasts patented technology that enhances its performance and reliability. This unique design ensures that the panel can withstand extreme weather conditions, including heavy snow, hail, and strong winds. Additionally, the patented technology optimizes the panel's energy output, allowing it to deliver higher efficiency.
2. Higher Efficiency 22.4%: Risen 570W solar panel has a higher efficiency of 22.4%, which means that it can convert more sunlight into electricity. This is a significant advantage, as it ensures that the panel produces more power, which translates into more cost savings for users.
3. Ultra-High Bifacial Factor: The Risen 570W solar panel boasts an ultra-high bifacial factor, which means that it can capture and convert sunlight from both the front and back of the panel. This is a big advantage, as it allows the panel to generate more power compared to traditional solar panels.

4. Lead Technology of Metallization Process: Risen 570W solar panel uses the latest lead technology of metallization process, which ensures that the panel's cells have a higher contact surface with the electrodes. This results in more efficient electricity transfer, reducing energy loss and enhancing overall solar panel performance.
5. Exceptional Durability: The Risen 570W solar panel is designed to withstand extreme weather conditions and last for many years. The panel is built using high-quality materials that ensure its durability, making it a reliable and long-lasting choice for solar energy users. Its high-quality design also ensures that it requires minimal maintenance, reducing costs and making it a convenient option for users.

Engineering Drawing (mm)

Mechanical Data
|
Solar Cells |
n-type HJT |
|
Cell Configuration |
110 cells (5×11+5×11) |
|
Module Dimensions |
2384×1096×30mm |
|
Weight |
34kg |
|
Superstrate |
High Transmission, AR Coated Heat Strengthened Glass |
|
Substrate |
Heat Strengthened Glass |
|
Frame |
High strength alloy steel |
|
J-Box |
Potted, IP68, 1500VDC, 3 Schottky bypass diodes |
|
Cables |
4.0mm² , Positive(+)350mm, Negative(-)230mm (Connector Included ) |
|
Connector |
Risen Twinsel PV-SY02, IP68 |

Electrical Parameters At STC
|
Model Number |
RSM110-8-565BHDG |
RSM110-8-570BHDG |
RSM110-8-575BHDG |
RSM110-8-580BHDG |
RSM110-8-585BHDG |
|
Rated Power in Watts-Pmax |
565W |
570W |
575W |
580W |
585W |
|
Open Circuit Voltage-Voc |
41.18V |
41.27V |
41.36V |
41.46V |
41.55V |
|
Short Circuit Current-Isc |
17.47A |
17.57A |
17.67A |
17.77A |
17.88A |
|
Maximum Power Voltage-Vmpp |
34.53V |
34.60V |
34.68V |
34.76V |
34.84V |
|
Maximum Power Current-Impp |
16.39A |
16.49A |
16.60A |
16.71A |
16.81A |
|
Module Efficiency (%) |
21.6% |
21.8% |
22.0% |
22.2% |
22.4% |
|
STC |
Irradiance 1000 W/m², Cell Temperature 25°C, Air Mass AM1.5 according to EN 60904-3 |
||||
|
Bifacial factor |
85±10(%) |
||||
|
Module Efficiency (%) |
Rounding to the nearest number |
||||
Electrical Characteristics With 10% Rear Side Power Gain
|
Model Number |
RSM110-8-565BHDG |
RSM110-8-570BHDG |
RSM110-8-575BHDG |
RSM110-8-580BHDG |
RSM110-8-585BHDG |
|
Total Equivalent power -Pmax |
622W |
627W |
633W |
638W |
644W |
|
Open Circuit Voltage-Voc |
41.18V |
41.27V |
41.36V |
41.46V |
41.55V |
|
Short Circuit Current-Isc |
19.21A |
19.32A |
19.44A |
19.55A |
19.66A |
|
Maximum Power Voltage-Vmpp |
34.53V |
34.60V |
34.68V |
34.76V |
34.84V |
|
Maximum Power Current-Impp |
18.03A |
18.14A |
18.26A |
18.38A |
18.50A |
Rear side power gain: The additional gain from the rear side compared to the power of the front side at the standard test condition. It depends on mounting (structure, height, tilt angle etc.) and albedo of the ground.
Electrical Parameters At NMOT
|
Model Number |
RSM110-8-565BHDG |
RSM110-8-570BHDG |
RSM110-8-575BHDG |
RSM110-8-580BHDG |
RSM110-8-585BHDG |
|
Maximum Power-Pmax |
431.7W |
435.4W |
439.3W |
443.1W |
447.0W |
|
Open Circuit Voltage-Voc |
38.59V |
38.67V |
38.75V |
38.85V |
38.93V |
|
Short Circuit Current-Isc |
14.32A |
14.40A |
14.49A |
14.57A |
14.66A |
|
Maximum Power Voltage-Vmpp |
32.29V |
32.36V |
32.43V |
32.50V |
32.58V |
|
Maximum Power Current-Impp |
13.37A |
13.46A |
13.55A |
13.63A |
13.72A |
|
NMOT |
Irradiance at 800 W/m², Ambient Temperature 20°C, Wind Speed 1 m/s |
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Temperature & Maximum Ratings
|
Nominal Module Operating Temperature (NMOT) |
44°C±2°C |
|
Temperature Coefficient of Voc |
-0.22%/°C |
|
Temperature Coefficient of Isc |
0.047%/°C |
|
Temperature Coefficient of Pmax |
-0.24%/°C |
|
Operational Temperature |
-40°C~+85°C |
|
Maximum System Voltage |
1500VDC |
|
Max Series Fuse Rating |
35A |
|
Limiting Reverse Current |
35A |
Applications
1. Durability and Longevity: The Heterojunction Hyper-ion Series Bifacial module is designed for long-term performance and durability. With a robust frame and weather-resistant design, this module can withstand harsh environmental conditions. This makes it ideal for installations in extreme weather conditions, such as deserts or coastal areas.

2. Versatility: The module's bifacial design enables it to generate electricity from both sides, making it flexible and highly versatile. It can be installed on a range of surfaces, such as roofs, walls, and even on the ground, providing more options for solar panel installation and utilization.

3.Sustainable and Eco-friendly: The Risen 570W module is an eco-friendly and sustainable energy solution that can reduce carbon emissions and contribute to the fight against climate change. As renewable energy becomes increasingly important, this module offers an opportunity to reduce the reliance on fossil fuels and improve overall environmental sustainability.
Brand Cooperation
Jingsun and Risen have a stable partnership when it comes to solar panels. Jingsun, as a leader in solar panel production, has worked closely with Risen, a company with over ten years of experience in the industry. Together, they have been able to provide quality solar panels to meet the rising demand for renewable energy. Both companies share the same goal of promoting a sustainable future, and our partnership adds strength to their shared mission. With Jingsun's expertise in research and development and Risen's commitment to innovation, our partnership continues to thrive and benefit the environment.

Packaging And Shipping
1.packing Materials
Jingsun solar panels are packaged in high-quality foam and cardboard boxes to prevent any damage during transportation. The packaging is designed to withstand harsh weather conditions and protect the panels from any potential impact.
2.Transportation
When transporting your Jingsun solar panels, it is important to keep them dry and secure. The boxes containing the panels should be loaded carefully to avoid any sudden jerks or shocks during transit, which could damage the panels.
3.Handling
When handling your Jingsun solar panels, it is important to be careful and gentle. The panels are made of delicate materials and need to be treated with care. Make sure to wear gloves when handling the panels to avoid leaving any marks or oils on the surface.
4.Storage
If you are not going to be installing your Jingsun solar panels immediately, you will need to store them in a dry, clean and secure space. Keep the panels away from any sharp objects or heavy materials that could damage them. The panels should be stored in their original packaging to keep them safe from dust and debris.

FAQ
Q: What are the benefits of the Risen 570W Heterojunction Hyper-ion Series Bifacial Module?
Q: How does the bifacial design of the Risen 570W module work?
Q: What are the installation requirements for the Risen 570W module?
Q: Is the Risen 570W module compatible with other solar equipment?
Q: What is the lifespan of the Risen 570W module?



