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550W Solar Panels By Pallet
LR5-72HBD-540M
144 cells, 550W
MOQ: One Pallet(36 pcs)
LR5-72HPH-545M
144 cells, 550W
MOQ: One Pallet(31 pcs)
JKM550M-72HL4-V
144 cells, 560W
MOQ: One Pallet(36 pcs)
HiKu6 CS6W
144 cells, 550W
MOQ: One Pallet(30 pcs)
RSM110-8-530M-550M
110 cells, 550W
MOQ: One Pallet(31 pcs)
TW540-565MAP M10
144 cells, 550W
MOQ: One Pallet(31 pcs)
550W Solar Panels By Container
Rated Power: 550W
Max Efficiency: 21.3%
Per 40’HQ Container (720 pcs)
Rated Power: 550W
Max Efficiency: 21.29%
Per 40’HQ Container (720 pcs)
Rated Power: 550W
Max Efficiency: 21.3%
Per 40’HQ Container (620 pcs)
Rated Power: 550W
Max Efficiency: 21.0%
Per 40’HQ Container (620 pcs)
Rated Power: 550W
Max Efficiency: 21.5%
Per 40’HQ Container (600 pcs)
Rated Power: 550W
Max Efficiency: 21.0%
Per 40’HQ Container (620 pcs)
Rated Power: 550W
Max Efficiency: 21.3%
Per 40’HQ Container (620 pcs)
Rated Power: 550W
Max Efficiency: 21.29%
Per 40’HQ Container (720 pcs)
550W Solar Panels Datasheet
- Download Center
| Longi Hi-Mo LR5-72HPH 545-565W Solar Panel Datasheet |  Download Get A Quick Quote |
| Longi LR5-72HBD 540-560W 550W Solar Panel Datasheet | Download Get A Quick Quote |
| Jinko Tiger Pro 72HC Mono-facial 550-570W Solar Panel | Download Get A Quick Quote |
| Trina 550 Watt Solar Panel Vertex TSM-DE19 Datasheet | Download Get A Quick Quote |
| Canadian Solar Panel 550W PERC Mono HiKu6 Datasheet | Download Get A Quick Quote |
| Risen 550W Solar Panel PV Module RSM110 Datasheet | Download Get A Quick Quote |
| JA JAM72D30 PERC Double Glass 550W Solar Panel | Download Get A Quick Quote |
| Tongwei TW540-565MAP 550W solar panel Datasheet | Download Get A Quick Quote |
Customer Reviews
FAQ
The energy produced by the 550W solar panels can vary due to a lot of factors, such as climate, weather, panel orientation, and so on. To get an estimated energy result, here’s a detailed show:
Energy per day = Panel Power (KW) x Peak Sun Hours(h) x Conversion rate;
So if we get a 550W solar panel, 4 hours of peak sunlight, and 0.8 conversion rate, then the energy power would be:
550/1000(kW) x 4 (h) x 0.8 = 1.76 kWh.
And this result is for your reference only.
A 550W solar panel produces around 45.83 amps at 12 volts or 11.46 amps at 48 volts. The actual amp of 550W modules varies due to the whole system’s voltage and the peak sunlight the panel receives.
Most 550W solar panels efficiency are between 22% and 22.5%, depending on manufacturers, brands.
For example, we list the efficiency of different models below for your reference.
| Model | Efficiency |
| JKM550M-72HL4 550W | 21.29% |
| Longi LR5-72HBD 550W | 21.30% |
| Longi LR5-72HPH 550W | 21.30% |
| Trina TSM-DE19 550W | 21% |
| Canadian HiKu6 550W | 21.50% |
| Risen RSM110-8 550W | 21% |
| TW TW540-565MAP 550W | 21.30% |
Related Solar Product
The dimensions of 550W solar panels can vary due to different manufacturers, brands, and models.
For example,
- The dimensions of the Longi LR5-72HBD 550W solar panel are 2278 x 1134 x30mm;
- The dimensions of Longi LR5-72HPH 550W solar panels are 2278 x 1134 x 35mm;
- The dimensions of Trina TSM-DE19 550W solar panels are 2384 x 1096 x 35mm;
- The dimensions of Jinko JKM72HL4 550W solar panels are 2278 x 1134 x 30 mm;
The number of 550W solar panels needed for a 5kw inverter depends on the MPPT(Maximum Power Point Tracking) voltage and current limits. You can check the datasheet of the 5kw inverter, and the datasheet of the panels.
Check the main parameters on the 5KW inverter(DC side):
- Max DC input voltage
- MPPT voltage range
- Number of MPPTs
- Max input current per MPPT and max short-circuit current per MPPT
- Max DC power
- DC/AC ratio
Check the main parameters on the 550W solar panels:
- Vmp/Imp, Voc/Isc
- Max system voltage, series fuse rating
How to match them? Examples shown below:
- Inverter: 2×MPPT, MPPT 120–500 V, Max DC 1000 V, Max input ≈15 A/MPPT.
- Module 550 W: Vmp ≈ 41 V, Voc ≈ 49 V, Imp ≈ 13 A, Isc ≈ 14 A, temp-coeffs ≈ Vmp −0.30%/°C, Voc −0.28%/°C.
Site: T_cold = −10 °C, hot cell ≈ 65 °C.
Target DC size (choose DC/AC):
Pick 1.3 →DC ≈ 5 × 1.3 = 6.5 kWdc→ Panels≈ 6.5 ÷ 0.55 = 11.8 → **12 pcs**.Series count by voltage (cold Voc + MPPT window):
Cold Voc per module:49 × [1 + 0.0028 × (25 − (−10))] ≈ **53.8 V**.
6 in series (6S):
6 × 53.8 = **322.8 V** < 1000 V
Hot Vmp per module:41 × [1 − 0.003 × (65 − 25)] ≈ **36.1 V**; Cool Vmp ≈41 × [1 + 0.003 × (25 − 0)] ≈ **44.1 V**.6S Vmp (hot→cool):
216.6–264.6 V→ inside 120–500 V
Current & per-MPPT power:
Current (1 string/MPPT):
Imp ≈ **13 A**≤ 15 A (avoid paralleling unless your MPPT allows >26 A).Power per MPPT:
6 × 0.55 = **3.3 kW**(check against your inverter’s per-MPPT DC limit—typically OK).
Result (default build): 12 panels = 2 MPPT × 1 string of 6S → 6.6 kWdc on a 5 kW inverter (DC/AC ≈ 1.32).
If you want higher DC/AC (~1.5):
Use 14 panels = 2 × 7S → 7.7 kWdc (1.54 DC/AC); voltage/current still passes with the above numbers, but confirm the inverter’s per-MPPT DC power limit before locking the BOM.