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Maysun Solar 560W to 600W IBC Solar Module with Silver Frame

	Output power: 560W 565W 570W 575W 580W 585W 590W 595W 600W
	Efficiency: 21,7-23,2%
	Weight: 27,2 kg
	Dimensions (L × W × H): 2278 x 1134 x 30 mm
	Packaging: 36 pieces/pallet, 720 pieces/40'HQ
	Warranty: 25-year product and performance warranty.

Employee Pay Sheet

Module type	560		565		570		575		580		585		590		595		600
Test condition	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT	STC	NOCT
Maximum power in watts-PMAX (Wp)	560	420	565	421	570	427	575	429	580	434	585	437	590	441	595	445	600	448
Maximum power voltage-VMPP (V)	43.56	39.67	43.61	39.78	43.86	39.94	43.91	40.06	44.06	40.21	44.21	40.34	44.36	40.48	44.51	40.62	44.66	40.75
Maximum power current-IMPP (A)	12.92	10.60	12.98	10.58	13.05	10.70	13.11	10.71	13.18	10.80	13.24	10.84	13.31	10.90	13.37	10.97	13.44	11.00
Open circuit voltage-VOC (V)	51.61	48.46	51.86	48.60	51.91	48.74	52.06	48.88	52.21	49.02	52.36	49.16	52.51	49.30	52.66	49.44	52.81	49.58
Short-circuit current-ISC (A)	13.97	11.27	14.03	11.32	14.09	11.37	14.15	11.42	14.21	11.47	14.27	11.52	14.33	11.57	14.40	11.63	14.46	11.68
Modulus efficiency ηm (%)	21.7		21.9		22.1		22.3		22.5		22.6		22.8		23.0		23.2

*Refer to the regional data sheet for the specified connector.

Download product data sheet

Innovative technology for connecting positive and negative terminals on the back

Efficient IBC solar modules

The front surface of the solar module features a busbar-free design, ensuring uninterrupted and stable current flow. With an impressive conversion efficiency of 23.2%, each module can produce up to 30 W under comparable conditions. This high efficiency directly contributes to a lower Levelized Cost of Electricity (LCOE), making it a cost-effective option for solar energy solutions.

High Performance in Low-Light Conditions

No PV ribbon obstructing, maximizing light absorption

Increase the efficiency of your photovoltaic system with an additional 2.01% increase in energy generation during the morning and afternoon. This improvement optimizes the return on investment of your rooftop system, reduces the payback period, and makes it an optimal solution for industrial and commercial installations, both rooftop and ground-mounted.

High-quality IBC solar modules

The preferred choice for European family homes

540-600W

Module power

20.9-23.2%

Module efficiency

25 Years

Warranty

Features Layout

Additional advantages of the IBC solar module:

High reliability
Low temperature coefficient
Cutting-edge technology
No hot spots in shaded areas

No glare pollution
High power generation efficiency

Solar installation on a flat roof

585W IBC with silver frame

Country: Germany

Power: 21.06 kWp

Number of modules: 36 units

Solar installation on a flat roof

585W IBC with silver frame

Country: Germany

Power: 21.06 kWp

Number of modules: 36 units

Solar installation on a flat roof

580W IBC with silver frame

Country: Italy

Power: 9.86 kWp

Number of modules: 17 units

Solar installation on a flat roof

580W IBC with silver frame

Country: Italy

Power: 9.86 kWp

Number of modules: 17 units

Solar installation on a flat roof

Frequently Asked Questions About IBC Solar Modules

Discover More Information About IBC Technology

What are the advantages of IBC solar modules compared to TOPCON and PERC?

IBC cells are designed without front-side busbars, maximizing the light-receiving area and boosting efficiency. Compared to TOPCon and PERC, they exhibit significantly lower degradation, with an average annual rate of just 0.4%, ensuring consistent power output over time. With a remarkable temperature coefficient of -0.29%/°C, IBC solar modules deliver superior performance even in high-temperature conditions. Additionally, their exceptional low-light performance enables power generation from early morning until late evening, effectively extending daily operational hours and enhancing overall energy production.

Why is the conversion rate of mass-produced IBC solar modules with silver frame as high as 23.2%?

IBC solar modules eliminate PV ribbon shielding on the front side, enhancing their ability to absorb oblique light. This design significantly expands the cell’s light-receiving area, leading to a notable improvement in overall efficiency.

How does the IBC solar module perform in a low irradiance environment?

IBC solar panels are designed with high short-circuit current capabilities, enabling rapid startup and efficient operation even in low-light conditions. This advanced feature ensures superior performance during early mornings, cloudy days, and late evenings, effectively extending power generation hours for maximized energy output.