JH Solar 355W, 360W, 365W, 370W Solar Modules Prices, Reviews, Dimensions
Power Range | 355 ~ 370 Wp | |||||
region: | China | |||||
features: | Anti-Crack | Black on Black | Half Cell (half cut) | High efficiency (high output) | Monocrystalline | PERC |
price range: | $0.46/W | |||||
Model No. |
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The minimum quantity order is a 20Ft container.
Inventory not available
Product Features
Product Features
- High Output Power
- The use of high-quality cell and half-cell PERC technology enables modules to up to 370W
- High Reliability
- Products through a variety of harsh environmental testing
- The State Of The Art Appearance
- Full black was designed for a better aesthetic appearance and building integration
- Reduce Shadow Loss
- Effectively reduces the effect of shadow on the module surface
- Better Micro Crack Resistance
- Minimize the impact by microcracks by limiting cell damage and potentially extending the area
- Excellent Anti-PID Performance
- 2 times of industry-standard Anti-PID test by TUV (85°C/85% RH, 192h)
JHM4/60BH355
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.38 %/°C
temperature
coefficient of voc
-0.3 %/°C
temperature
coefficient of isc
0.06 %/°C
electrical data at NOCT
temperature
44±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)
1765x1048x35 mm
weight
19.8 kg
cell type
Monocrystalline
cell number
120
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
cable crossection
4 mm2
JHM4/60BH360
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.38 %/°C
temperature
coefficient of voc
-0.3 %/°C
temperature
coefficient of isc
0.06 %/°C
electrical data at NOCT
temperature
44±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)
1765x1048x35 mm
weight
19.8 kg
cell type
Monocrystalline
cell number
120
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
cable crossection
4 mm2
JHM4/60BH365
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.38 %/°C
temperature
coefficient of voc
-0.3 %/°C
temperature
coefficient of isc
0.06 %/°C
electrical data at NOCT
temperature
44±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)
1765x1048x35 mm
weight
19.8 kg
cell type
Monocrystalline
cell number
120
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
cable crossection
4 mm2
JHM4/60BH370
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.38 %/°C
temperature
coefficient of voc
-0.3 %/°C
temperature
coefficient of isc
0.06 %/°C
electrical data at NOCT
temperature
44±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)
1765x1048x35 mm
weight
19.8 kg
cell type
Monocrystalline
cell number
120
glass type
Tempered
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
cable crossection
4 mm2
Product Description
Introducing the High Output Power Solar Module, designed for maximum energy production and high reliability. With the use of high-quality cells and half-cell PERC technology, this module is able to produce up to 370W of power, making it ideal for large-scale solar projects.
This module has been thoroughly tested in a variety of harsh environmental conditions, ensuring its reliability and performance even in the toughest conditions. The full black design of the module adds to its aesthetic appeal, making it a great option for building integration.
The module has been designed to reduce shadow loss, effectively reducing the impact of shadow on the module surface. Its better micro-crack resistance helps to minimize cell damage, potentially extending its lifespan.
In addition, this module boasts excellent anti-PID performance, having passed 2 times the industry standard Anti-PID test by TUV (85°C/85% RH, 192h). So, not only does this module provide high energy output, but it is also built to last, making it a great investment for your solar energy needs.