72M10HC 580W-615W
Ocean Solar
N-type TOPCon Technology, Half-cut cells
2278m x 1134mm x 30 mm
740pcs/40HQ Container
31.5Kg
30years
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Product Description
The Ocean Solar AOX-72M10HC is a 580W-615W M10 N-type TOPCon full black dual-glass solar module designed for high-power photovoltaic projects. The series combines 144 half-cut TOPCon cells, SMBB interconnection technology, full-black appearance and a durable glass-glass structure in a 2278 × 1134 × 30mm module format.
Available from 580W to 615W, the highest-power model reaches up to 23.80% module efficiency. The module supports a 1500VDC system voltage, has a -0.30%/°C Pmax temperature coefficient and uses an IP68 junction box for demanding commercial, industrial and utility-scale solar installations.
The dual-glass construction also supports bifacial energy generation, with the current datasheet specifying maximum bifaciality up to 85±5%. This allows additional rear-side energy generation when modules are installed over suitable reflective or unobstructed surfaces.
| Parameter | AOX-72M10HC |
| Power Range | 580W-615W |
| Maximum Module Efficiency | 23.80% |
| Cell Technology | N-Type TOPCon Half-Cut Cell |
| Number of Cells | 144 Half Cells |
| Module Structure | Full Black Dual Glass |
| Maximum Bifaciality | Up to 85±5% |
| Dimensions | 2278 × 1134 × 30mm |
| Weight | 31.5kg |
| Maximum System Voltage | 1500VDC (IEC) |
| Maximum Series Fuse | 25A |
| Operating Temperature | -40°C to +85°C |
| NOCT | 43±2°C |
| Pmax Temperature Coefficient | -0.30%/°C |
| Snow Load | 5400Pa / 550kg/m² |
| Wind Load | 2400Pa / 244kg/m² |
| Hail Resistance | Maximum Ø25mm at 23m/s |
| Junction Box | IP68, 3 Bypass Diodes |
| Packaging | 740pcs / 40HQ Container |
| Product Warranty | 12-Year Materials and Processing Warranty |
| Linear Power Warranty | 30-Year Extra Linear Power Output Warranty |
The AOX-72M10HC series provides eight power classes from 580W to 615W. Module efficiency increases from 22.40% for the 580W version to 23.80% for the 615W version, allowing project designers to install more DC capacity within a given module area.
SMBB technology improves electrical current collection and light utilization across the module. Combined with N-type TOPCon cells and half-cut architecture, it supports high module output and efficient energy harvesting.
The Pmax temperature coefficient is -0.30%/°C. A lower absolute temperature coefficient helps the module retain more of its rated power as cell temperature rises during sunny and high-temperature operating conditions.
The N-type TOPCon cell structure is optimized to maintain useful photovoltaic performance under lower irradiance conditions, supporting energy production during mornings, evenings and periods of reduced solar intensity.

The full-black module design creates a uniform dark appearance across the cells, frame and module surface. This makes the series suitable for projects where visual integration is important in addition to high power output.
The module uses 2.0mm high-transmission AR-coated tempered front glass together with a 2.0mm heat-strengthened glass back cover. Dual-glass encapsulation provides strong environmental protection for the solar cells and supports long-term outdoor operation.
Although the module has a full-black appearance, the current technical datasheet specifies a maximum bifaciality of up to 85±5%. Rear-side generation can therefore contribute additional energy when the mounting height, ground reflectivity, row spacing and surrounding environment allow reflected sunlight to reach the back of the module.
The following electrical values are specified under Standard Test Conditions: AM1.5 spectrum, 1000W/m² irradiance and 25°C cell temperature. Final string design should remain within the inverter's DC voltage, MPPT voltage and input-current limits.
| Model | Pmax | Vmp | Imp | Voc | Isc | Efficiency |
| AOX-72M10HC580W | 580W | 43.50V | 13.34A | 50.50V | 14.08A | 22.40% |
| AOX-72M10HC585W | 585W | 43.70V | 13.37A | 50.70V | 14.14A | 22.60% |
| AOX-72M10HC590W | 590W | 43.90V | 13.44A | 50.90V | 14.19A | 22.80% |
| AOX-72M10HC595W | 595W | 44.10V | 13.50A | 51.10V | 14.25A | 23.00% |
| AOX-72M10HC600W | 600W | 44.30V | 13.55A | 51.30V | 14.30A | 23.20% |
| AOX-72M10HC605W | 605W | 44.50V | 13.60A | 51.50V | 14.35A | 23.40% |
| AOX-72M10HC610W | 610W | 44.70V | 13.65A | 51.70V | 14.41A | 23.60% |
| AOX-72M10HC615W | 615W | 44.90V | 13.70A | 51.90V | 14.46A | 23.80% |
| Mechanical Parameter | Specification |
| Front Cover | 2.0mm High-Transmission AR-Coated Tempered Glass |
| Encapsulation | EVA |
| Back Cover | 2.0mm Heat-Strengthened Glass |
| Frame | 30mm Anodized Aluminium Alloy |
| Junction Box | IP68 Rated, 3 Bypass Diodes |
| Cable | 1 × 4mm², 350mm or Customized |
| Connectors | MC4 / MC4 Compatible |
| Protection Class | Class II |
| Power Output Tolerance | 0 to +5W |
| Voc / Isc Tolerance | ±3% |
| Temperature Coefficient of Isc | +0.04%/°C |
| Temperature Coefficient of Voc | -0.24%/°C |
| Temperature Coefficient of Pmax | -0.30%/°C |
The module is specified for a front-side snow load of up to 5400Pa and a wind load of up to 2400Pa. This mechanical design supports deployment in demanding rooftop and ground-mounted PV applications when the module is installed using approved mounting methods.
Hail resistance is specified for hailstones up to 25mm in diameter at an impact velocity of 23m/s, helping protect the module against typical severe-weather exposure.
Material selection and cell production optimization are used to reduce the probability of potential-induced degradation, supporting long-term module reliability in high-voltage photovoltaic systems.
The AOX-72M10HC series is specified with a 12-year warranty for materials and processing together with a 30-year warranty for extra linear power output. Product warranty and linear power warranty should therefore be shown separately rather than describing the module as having a 30-year product warranty.
Download MONO 580W-615W Full Black Glass Datasheet
The combination of high power density, full-black appearance and dual-glass construction makes this module suitable for commercial and industrial rooftops, premium architectural rooftop systems, ground-mounted photovoltaic projects and utility-scale solar installations.
For bifacial applications, system designers should evaluate mounting height, row spacing, surface reflectivity and rear-side shading. For rooftop projects, module dimensions, module weight, roof structural capacity and inverter electrical compatibility should be confirmed before installation.




Ocean Solar uses automated solar module production processes covering cell interconnection, string layout, bussing, EL inspection, lamination, framing, curing, electrical testing and packaging. Multiple inspection stages help identify cell cracks, electrical defects and assembly issues before shipment.

High-speed SMBB PV cell soldering
Automatic PV cell string layup
Automatic bussing
PV cell string positioning
EL electroluminescence testing
Automatic edge sealing
Solar module lamination
Automatic edge trimming
Visual inspection
Automatic solar panel frame installation
Automatic glue dispensing
Silicone curing
Visual inspection and cleaning
Power testing
Final EL testing
Packaging

The module structure combines N-type TOPCon half-cut cells, tempered front glass, EVA encapsulation, a heat-strengthened glass rear cover, anodized aluminium frame, IP68 junction box, bypass diodes and MC4-compatible connectors. This glass-glass structure protects the cell circuit from environmental exposure while enabling bifacial operation.
Ocean Solar supports OEM cooperation for solar distributors, importers, brands, EPC companies and project developers. Customization can include branding, labels, packaging, cable length, connector specifications and documentation subject to technical and certification requirements.
Alternative module configurations and power ranges can also be discussed for customers requiring monofacial, bifacial, flexible, black-frame, full-black or other PV module designs.
The AOX-72M10HC measures 2278 × 1134 × 30mm and weighs approximately 31.5kg. The current datasheet specifies a loading quantity of 740 modules per 40HQ container. Final packing quantity, delivery schedule and trade terms should be confirmed in the commercial quotation before shipment.


The current AOX-72M10HC datasheet displays TÜV, IEC 61215 / IEC 61730, ISO and CE certification marks. Certification requirements vary by country and project, so buyers should confirm the current certificate version and local market acceptance before placing a project order.
When selecting an inverter for the 580W-615W module series, verify maximum PV voltage, MPPT voltage range, maximum input current, short-circuit current and permitted DC oversizing. String calculations should also consider the module Voc temperature coefficient and the lowest expected site temperature.
The AOX-72M10HC series is available in 580W, 585W, 590W, 595W, 600W, 605W, 610W and 615W power classes.
The 615W model has a specified module efficiency of up to 23.80% under Standard Test Conditions.
The current Ocean Solar datasheet describes the AOX-72M10HC as a dual-glass Full Black PV module with bifacial capability and specifies maximum bifaciality of up to 85±5%. It should therefore be treated as a bifacial dual-glass module rather than a conventional single-glass monofacial panel.
The module uses 144 N-type TOPCon half-cut cells combined with SMBB interconnection technology.
The current datasheet specifies dimensions of 2278 × 1134 × 30mm and a module weight of 31.5kg.
The Pmax temperature coefficient is -0.30%/°C. The Voc temperature coefficient is -0.24%/°C and the Isc temperature coefficient is +0.04%/°C.
The module supports a maximum system voltage of 1500VDC according to its IEC specification, with a maximum series fuse rating of 25A.
The specified mechanical loading is up to 5400Pa for snow load and 2400Pa for wind load when installed according to approved mounting requirements.
Ocean Solar specifies a 12-year warranty for materials and processing and a 30-year warranty for extra linear power output.
Yes. The high power density and full-black appearance can make the series suitable for many commercial and industrial rooftop systems, provided the roof loading, module size, mounting system and inverter specifications are compatible.
Yes. OEM options can include brand labels, packaging, cable length, connectors and other agreed specifications. Customized configurations should be technically reviewed before mass production.
The current datasheet specifies approximately 740 modules per 40HQ container. Final loading quantities should be reconfirmed before shipment.