Electrical specifications

		HiT-Hxxx0I
		580	585	590	595	600
Maximum output (Pmpp)	W	580	585	590	595	600
Open circuit voltage (Voc)	V	53.9	54.1	54.3	54.5	54.7
Short circuit current (Isc)	A	13.35	13.40	13.45	13.50	13.55
Maximum operating voltage (Vmpp)	V	45.0	45.2	45.4	45.6	45.8
Maximum operating current (Impp)	A	12.89	12.94	12.99	13.04	13.09
Module Efficiency	%	22.4	22.6	22.8	23.0	23.2
Output tolerance	W	+5 / 0
Maximum output temperature coefficient	%/°C	-0.26
Open circuit voltage temperature coefficient	%/°C	-0.24
Short circuit current temperature coefficient	%/°C	0.04
Bifaciality	%	85 ± 5

Maximized power generation

It is designed with a double-sided structure that can absorb light from the back of the module, maximizing power generation efficiency, and additional power generation is possible depending on the installation environment.

Half-cut & multi-wire technology

It boasts a high module efficiency of up to 21.5% by improving current flow with half-cut technology and 9~10 thin wiring technology, and provides stable power generation performance even when microcracks occur.

LID/PID Minimization

LID (Low Intensity Deterioration) and PID (Field Induced Deterioration) prevention technology Minimizes output degradation that may occur after module installation provides higher power generation revenue

Excellent durability

Hyundai Energy Solutions' specialized module design boasts consistent durability even in harsh weather conditions such as heavy snow or strong winds, as well as in harsh environments with ammonia or salt.

UL/VDE certified laboratory

Hyundai Energy Solutions Research Institute is a solar power testing laboratory designated by UL and VDE, global certification agencies, and guarantees world-class quality through rigorous product testing.

A company you can trust

A global company recognized and trusted around the world, Hyundai Energy Solutions promises 25 years of quality assurance and customer after-sales service