Ocean Solar 430W, 435W, 440W, 445W, 450W Solar Modules Prices, Reviews, Dimensions
power range: | 430 ~ 450 Wp | |
region: | China | |
features: | Monocrystalline | PERC |
price range: | $0.46/W |
The minimum quantity order is a 20Ft container.
Power Range | Model No.
Inventory feature is under development!
AOX-72MH/PRO-430W
electrical data at STC
maximum power
(pmax)
voltage at maximum
power (vmpp)
40.6 V
current at maximum
power (impp)
10.6 A
opne circuit voltage
(voc)
49.2 V
short circuit current
(isc)
11.19 A
panel efficiency
19.7 %
power tolerance
(positive)
3 %
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.37 %/°C
temperature
coefficient of voc
-0.286 %/°C
temperature
coefficient of isc
0.057 %/°C
electrical data at NOCT
maximum power
(pmax)
318.5 Wp
voltage at maximum
power (vmpp)
37.5 V
current at maximum
power (impp)
8.5 A
opne circuit voltage
(voc)
45.9 V
short circuit current
(isc)
9.02 A
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)
2102x1040x35 mm
weight
23.5 kg
call type
PERC
cell number
144
glass type
TCO, Tempered, Anti-reflection Coating, High Transmittance, Low Iron
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
AOX-72MH/PRO-435W
electrical data at STC
maximum power
(pmax)
voltage at maximum
power (vmpp)
40.8 V
current at maximum
power (impp)
10.67 A
opne circuit voltage
(voc)
49.4 V
short circuit current
(isc)
11.26 A
panel efficiency
19.9 %
power tolerance
(positive)
3 %
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.37 %/°C
temperature
coefficient of voc
-0.286 %/°C
temperature
coefficient of isc
0.057 %/°C
electrical data at NOCT
maximum power
(pmax)
322.2 Wp
voltage at maximum
power (vmpp)
37.7 V
current at maximum
power (impp)
8.56 A
opne circuit voltage
(voc)
46.1 V
short circuit current
(isc)
9.08 A
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)
2102x1040x35 mm
weight
23.5 kg
call type
PERC
cell number
144
glass type
TCO, Tempered, Anti-reflection Coating, High Transmittance, Low Iron
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
AOX-72MH/PRO-440W
electrical data at STC
maximum power
(pmax)
voltage at maximum
power (vmpp)
41 V
current at maximum
power (impp)
10.74 A
opne circuit voltage
(voc)
49.6 V
short circuit current
(isc)
11.33 A
panel efficiency
20.1 %
power tolerance
(positive)
3 %
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.37 %/°C
temperature
coefficient of voc
-0.286 %/°C
temperature
coefficient of isc
0.057 %/°C
electrical data at NOCT
maximum power
(pmax)
326 Wp
voltage at maximum
power (vmpp)
37.9 V
current at maximum
power (impp)
8.61 A
opne circuit voltage
(voc)
46.3 V
short circuit current
(isc)
9.13 A
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)
2102x1040x35 mm
weight
23.5 kg
call type
PERC
cell number
144
glass type
TCO, Tempered, Anti-reflection Coating, High Transmittance, Low Iron
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
AOX-72MH/PRO-445W
electrical data at STC
maximum power
(pmax)
voltage at maximum
power (vmpp)
41.2 V
current at maximum
power (impp)
10.8 A
opne circuit voltage
(voc)
49.8 V
short circuit current
(isc)
11.2 A
panel efficiency
20.4 %
power tolerance
(positive)
3 %
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.37 %/°C
temperature
coefficient of voc
-0.286 %/°C
temperature
coefficient of isc
0.057 %/°C
electrical data at NOCT
maximum power
(pmax)
329.3 Wp
voltage at maximum
power (vmpp)
38.1 V
current at maximum
power (impp)
8.64 A
opne circuit voltage
(voc)
46.5 V
short circuit current
(isc)
9.2 A
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)
2102x1040x35 mm
weight
23.5 kg
call type
PERC
cell number
144
glass type
TCO, Tempered, Anti-reflection Coating, High Transmittance, Low Iron
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
AOX-72MH/PRO-450W
electrical data at STC
maximum power
(pmax)
voltage at maximum
power (vmpp)
41.4 V
current at maximum
power (impp)
10.87 A
opne circuit voltage
(voc)
50 V
short circuit current
(isc)
11.27 A
panel efficiency
20.6 %
power tolerance
(positive)
3 %
maximum rating
maximum system
voltage
1500 V
series fuse rating
20 A
thermal rating
temperature
coefficient pmax
-0.37 %/°C
temperature
coefficient of voc
-0.286 %/°C
temperature
coefficient of isc
0.057 %/°C
electrical data at NOCT
maximum power
(pmax)
333 Wp
voltage at maximum
power (vmpp)
38.3 V
current at maximum
power (impp)
8.69 A
opne circuit voltage
(voc)
46.7 V
short circuit current
(isc)
9.27 A
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)
2102x1040x35 mm
weight
23.5 kg
call type
PERC
cell number
144
glass type
TCO, Tempered, Anti-reflection Coating, High Transmittance, Low Iron
glass Thickness
3.2 mm
frame type
Anodized Aluminium Alloy
junction box Diodes
3
junction box
protection class
IP 68
connector type
MC4
cable crossection
4 mm2
- Positive power tolerance (0 — +5W) guaranteed
- High module conversion efficiency (up to 19.8%)
- Slower power degradation enabled by Low LID Mono PERC technology: first year <2%, 0.55% year 2-25
- Solid PID resistance ensured by solar cell process optimization and careful module BOM selection
- Reduced resistive loss with lower operating current
- Higher energy yield with lower operating temperature
- Reduced hot spot risk with optimized electrical design and lower operating current