Sungo power 530W, 535W, 540W, 545W, 550W Solar Modules Prices, Reviews, Dimensions
Power Range | 530 ~ 550 Wp | |||||
region: | China | |||||
features: | Anti hotspot | Half Cell (half cut) | High Power(High wattage) | Low Light Irradiance | Monocrystalline | Multi-bus bar |
price range: | $0.46/W | |||||
Model No. |
|
The minimum quantity order is a 20Ft container.
Inventory not available
530
thermal rating
temperature
coefficient pmax
-0.35 %/°C
temperature
coefficient of voc
-0.27 %/°C
temperature
coefficient of isc
0.05 %/°C
electrical data at NOCT
temperature
45±2 °C
nominal operating cell temperature (NOCT):800W/m2, AM 1.5<
windspeed 1m/s,ambient temperature 20'C
material data
panel dimension
(H/W/D)
2279x1134x35 mm
weight
27.5 kg
cell type
Monocrystalline
cell number
144
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
535
thermal rating
temperature
coefficient pmax
-0.35 %/°C
temperature
coefficient of voc
-0.27 %/°C
temperature
coefficient of isc
0.05 %/°C
electrical data at NOCT
temperature
45±2 °C
nominal operating cell temperature (NOCT):800W/m2, AM 1.5<
windspeed 1m/s,ambient temperature 20'C
material data
panel dimension
(H/W/D)
2279x1134x35 mm
weight
27.5 kg
cell type
Monocrystalline
cell number
144
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
540
thermal rating
temperature
coefficient pmax
-0.35 %/°C
temperature
coefficient of voc
-0.27 %/°C
temperature
coefficient of isc
0.05 %/°C
electrical data at NOCT
temperature
45±2 °C
nominal operating cell temperature (NOCT):800W/m2, AM 1.5<
windspeed 1m/s,ambient temperature 20'C
material data
panel dimension
(H/W/D)
2279x1134x35 mm
weight
27.5 kg
cell type
Monocrystalline
cell number
144
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
545
thermal rating
temperature
coefficient pmax
-0.35 %/°C
temperature
coefficient of voc
-0.27 %/°C
temperature
coefficient of isc
0.05 %/°C
electrical data at NOCT
temperature
45±2 °C
nominal operating cell temperature (NOCT):800W/m2, AM 1.5<
windspeed 1m/s,ambient temperature 20'C
material data
panel dimension
(H/W/D)
2279x1134x35 mm
weight
27.5 kg
cell type
Monocrystalline
cell number
144
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
550
thermal rating
temperature
coefficient pmax
-0.35 %/°C
temperature
coefficient of voc
-0.27 %/°C
temperature
coefficient of isc
0.05 %/°C
electrical data at NOCT
temperature
45±2 °C
nominal operating cell temperature (NOCT):800W/m2, AM 1.5<
windspeed 1m/s,ambient temperature 20'C
material data
panel dimension
(H/W/D)
2279x1134x35 mm
weight
27.5 kg
cell type
Monocrystalline
cell number
144
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
The Mars-G3 Series MBB Half Cell Mono 530-550W solar panels by Sungo Power are a top-of-the-line solar solution for residential and commercial applications. These panels utilize advanced MBB (Multi Busbar) Half Cell technology, which enhances the panel’s efficiency and power output.
With a power output range of 530 to 550 watts, these solar panels are capable of generating a significant amount of electricity. The panels are constructed using high-quality materials, including tempered glass and anodized aluminum alloy frames, which ensure their durability and longevity.
The Mars-G3 Series MBB Half Cell Mono panels are designed to perform exceptionally well in weak light conditions, allowing them to generate power even on cloudy or overcast days. Additionally, the panels feature a lower internal current, which reduces power loss and further increases their overall efficiency.
These solar panels are also designed to reduce the risk of hot spots, which can negatively impact their performance and longevity. The special design of these panels results in a lower hot spot temperature, improving their reliability and longevity.