Illustration · 144 half-cut cells

Solar panelJiangsu Runergy New Energy Tec…

Jiangsu Runergy New Energy Technology HY-DH144N8 575

Name: Jiangsu Runergy New Energy Technology HY-DH144N8 575
Brand: Jiangsu Runergy New Energy Technology

144 half-cut cells, bifacial, glass (dual-glass module). Power classes 545–605 W in the CEC list.

CEC listed · Jan 22, 2024UL 61730BifacialPVEL Top Performer 2024

Power class

Power (STC)575 WCEC nameplate
Efficiency≈22.3%calculated from area
%/°C Pmax−0.357CEC listing test
PTC / STC94%PTC 540 W (CEC)

Power classes

CEC PV Module List (Oct 7, 2026) · Cali-Graf calculation · 13 models

Model	Pmax	Voc, V	Isc, A	Vmp, V	Imp, A	Efficiency	PTC	CEC listed
HY-DH144N8-545	545 W	50.07	13.95	41.39	13.17	≈21.1%	511 W	Jan 22, 2024
HY-DH144N8-550	550 W	50.27	14.01	41.58	13.23	≈21.3%	516 W	Jan 22, 2024
HY-DH144N8-555	555 W	50.47	14.07	41.77	13.29	≈21.5%	521 W	Jan 22, 2024
HY-DH144N8-560	560 W	50.67	14.13	41.95	13.35	≈21.7%	526 W	Jan 22, 2024
HY-DH144N8-565	565 W	50.87	14.19	42.14	13.41	≈21.9%	531 W	Jan 22, 2024
HY-DH144N8-570	570 W	51.07	14.25	42.29	13.48	≈22.1%	535 W	Jan 22, 2024
HY-DH144N8-575	575 W	51.27	14.31	42.44	13.55	≈22.3%	540 W	Jan 22, 2024
HY-DH144N8-580	580 W	51.47	14.37	42.59	13.62	≈22.5%	545 W	Jan 22, 2024
HY-DH144N8-585	585 W	51.67	14.43	42.74	13.69	≈22.7%	550 W	Jan 22, 2024
HY-DH144N8-590	590 W	52.37	13.89	44.43	13.28	≈22.9%	561 W	Jan 22, 2024
HY-DH144N8-595	595 W	52.58	13.93	44.64	13.33	≈23.1%	566 W	Mar 2, 2026
HY-DH144N8-600	600 W	52.79	13.97	44.85	13.38	≈23.3%	571 W	Mar 2, 2026
HY-DH144N8-605	605 W	53.50	14.16	44.65	13.55	≈23.4%	576 W	Mar 2, 2026

≈ efficiency = Pmax ÷ CEC-listed area 2.58 m².

Build & dimensions

CEC PV Module List (Oct 7, 2026)

Module area2.58 m² (27.8 ft²)CEC-listed area
Cells144 half-cut cells
Back coverGlass (dual-glass module)
FrameSilver frame

Heat & cold behaviour

CEC PV Module List (Oct 7, 2026) · Cali-Graf calculation

	CEC listing test
Pmax coefficient γ	−0.357 %/°C
Voc coefficient β	−0.245 %/°C
Isc coefficient α	+0.037 %/°C
Operating cell temperature	NOCT 43.3 °C

Vmp coefficient ≈ γ − α (CEC); used only for the hot-roof voltage estimate.

Away from lab conditions — CEC listing test points

Class	Pmax at NOCT	Vmp × Imp at NOCT	Pmax at 200 W/m²	Low-light efficiency vs STC
545 W	391.9 W	39.45 V × 9.94 A	99 W	91%
550 W	395.5 W	39.63 V × 9.98 A	99.9 W	91%
555 W	399.2 W	39.81 V × 10.03 A	100.9 W	91%
560 W	402.7 W	39.98 V × 10.07 A	101.8 W	91%
565 W	406.3 W	40.16 V × 10.12 A	102.7 W	91%
570 W	409.9 W	40.31 V × 10.17 A	103.6 W	91%
575 W	413.5 W	40.45 V × 10.22 A	104.5 W	91%
580 W	419.9 W	40.87 V × 10.28 A	106.1 W	91%
585 W	420.7 W	40.73 V × 10.33 A	106.3 W	91%
590 W	448.3 W	43.32 V × 10.35 A	115.6 W	98%
595 W	452.1 W	43.52 V × 10.39 A	116.6 W	98%
600 W	456 W	43.73 V × 10.43 A	117.6 W	98%
605 W	459.7 W	43.53 V × 10.56 A	118.6 W	98%

Pmax = Vmp × Imp from the CEC listing; low-light efficiency = Pmax at 200 W/m² ÷ (20% of STC Pmax).

Certifications

CEC PV Module List (Oct 7, 2026) · Clean Energy Council (Australia)

UL 61730IEC 61215:2021 / IEC 61730:2023

UL 61730CEC listing
IEC 61215:2021 / IEC 61730:2023TÜV Rheinland LGA Products GmbH, valid to Jan 2029

Independent reliability testing

Kiwa PVEL Scorecard · RETC PV Module Index

2024, 2025

PVEL Top Performer

this series

Tests passed as Top Performer

DH, HSS, LID+LETID, MSS, PAN, TC

PVEL Scorecards

Jiangsu Runergy New Energy Technology named Top Performer, 2024–2025

2023, 2024, 2025, 2026

RETC Overall Highest Achiever

Jiangsu Runergy New Energy Technology, manufacturer level

PVEL Top Performer tests

Year	Product	Tests
2024	HY-DH144N8-xxx	DHLID+LETIDMSSPANTC
2025	HY-DH144N8-xxxW (closely related product name)	DHHSSMSSTC

Tested bill of materials

PVEL-tested factoryChina
Cell technology (tested BOM)n-type TOPCon
Module design (tested BOM)bifacial - glass//glass
Power class range tested580-625W

Details describe the tested sample, not every module of the series.

RETC PV Module Index — Jiangsu Runergy New Energy Technology

Year	Recognition
2023	Overall Highest Achiever; High Achievement in Performance (LeTID RESISTANCE, Pan file performance); High Achievement in Quality (Thresher test); High Achievement in Reliability (Damp heat test, Pid resistance, SDML, Thermal cycle test)
2024	Overall Highest Achiever
2025	Overall Highest Achiever
2026	Overall Highest Achiever; High achievement in performance; High achievement in reliability; Performance discipline high achiever (Iam, Letid, Lid, PAN file, Temperature coefficient); Quality discipline high achiever (BOM verification); Reliability discipline high achiever (Damp heat, Pid, Sdml, Tc, Uvid)

Inverter compatibility & string sizing

CEC PV Module List (Oct 7, 2026) · Cali-Graf calculation · NLR PVWatts v8 · inverter datasheets · NLR SAM inverter library · CEC Grid Support Inverter List (Oct 7, 2026)

CityColdest air, °CHottest cell, °CString inverter

54.2 V

Voc when cold

per panel

34.2 V

Vmp when hot

per panel

Max panels / string

max DC 600 V

Min panels / string

MPPT from 60 V

Defaults come from NLR TMY weather (coldest hour, hottest modeled cell). Code calculations (NEC 690.7) use the ASHRAE extreme annual minimum, which is usually colder — enter it above. β is the CEC-measured coefficient; NEC 690.7 calculations use the datasheet value.

String inverters most named in SoCal permits

Inverter	Max DC input	MPPT	Window source	Panels per string
Tesla 1538000-xx-y	600 V	60–480 V	datasheet	2–11
Solis (Ginlong) S6-EH1P10K-H-US	600 V	80–520 V	datasheet	3–11
Solis (Ginlong) Solis-1P7.6K-4G-US	600 V	100–500 V	datasheet	3–11
Qcells Q.VOLT H7.6SX	498 V	234–498 V	CEC test window	7–9

Microinverters (one per panel)

No microinverter in the reference set lists this power class in its recommended module power range.

Voltage check against the microinverter datasheets — confirm the pairing on the manufacturer’s module compatibility list. Rows appear only when the panel’s power is inside the microinverter’s recommended module power range.

SolarEdge and other optimizer-based systems size strings by the optimizer rules — use the manufacturer’s designer. Reference inverters: most named in SoCal permits since Oct 2024.

Expected production in Southern California

NLR PVWatts v8 · Cali-Graf calculation

PanelsCity for chartSystem size

City	kWh / kW / yr	kWh / panel / yr	kWh / system / yr	Sun, kWh/m²/day
Los Angeles	1,676	964	11,564	6.08
Palmdale	1,835	1,055	12,662	6.69
Chula Vista	1,696	975	11,702	6.11
Huntington Beach	1,643	945	11,337	5.89
Riverside	1,696	975	11,702	6.21
Santa Clarita	1,724	991	11,896	6.28

Estimate for comparison, not a quote: shading, roof orientation and local losses change real output. Roof mount, 20° tilt, south, 14% system losses.

Compare with similar 575 W panels

CEC PV Module List (Oct 7, 2026) · Kiwa PVEL Scorecard · building permits

Panel	Pmax	Efficiency	γ Pmax (CEC)	Voc, V	Isc, A	PVEL (product / brand)	SoCal permits (series)
Jiangsu Runergy New Energy Technology HY-DH144N8 575	575 W	≈22.3%	−0.357	51.27	14.31	product 2024	—
ZNShine Solar ZXM7-UHLDD144-575/N	575 W	≈22.5%	−0.281	51.3	14.29	product 2024, 2025, 2026	1
VSUN (Vietnam Sunergy) VSUN575N-144MH	575 W	≈22.3%	−0.309	51.81	13.77	brand 6× (2021–2026)	1
Phono Solar PS575M8GFH-24/TNH	575 W	≈22.5%	−0.293	52.5	13.6	product 2024, 2025	1

Same fields from the same sources for every row; ≈ efficiency is calculated from the listed area. Comparable series: other brands, same product group, power range covering this class.

About Jiangsu Runergy New Energy Technology

CEC PV Module List (Oct 7, 2026) · Kiwa PVEL Scorecard · RETC PV Module Index · building permits

ManufacturerJiangsu Runergy New Energy Technology
Listed in CEC asJiangsu Runergy New Energy Technology Co., Ltd
PVEL Top Performer (manufacturer)2 Scorecards (2024–2025)
RETC PV Module Index2023, 2024, 2025, 2026
Current panel series in CEC list24

Other series by SoCal permits

HY-DH108P8B · 2HY-DH144N8BHY-DH96N11HY-DH96N11BHY-DH108N8HY-DH108N8B

Questions & answers

How efficient is the Jiangsu Runergy New Energy Technology HY-DH144N8 575?

Calculated from the panel area (2.58 m²): about 22.3% for the 575 W class. 575 W over 2.58 m² equals about 223 W per square meter.

How much energy does one panel produce in Los Angeles or Palmdale?

PVWatts v8 with typical-year weather gives about 964 kWh per year per 575 W panel in Los Angeles and about 1,055 kWh in Palmdale (20° roof, facing south, 14% system losses).

How much power does it lose on a hot roof?

With γ = −0.357 %/°C, at a 77 °C cell temperature (hottest modeled hour in Palmdale) output is about 18.5% below the STC rating.

How many panels fit on one string?

With the Tesla 1538000-xx-y (max DC 600 V, MPPT from 60 V, datasheet) in Los Angeles the calculator gives 2–11 panels per string (Voc at 2 °C = 54.2 V, Vmp at 74 °C cell = 34.2 V). Final design must follow the inverter manual and NEC 690.7.

Is it bifacial?

Yes. Rear gain depends on mounting height and ground reflectance.

Has this panel been reliability-tested?

HY-DH144N8-xxx was a PVEL Top Performer in 2024 (DH, LID+LETID, MSS, PAN, TC).

Sources

California Energy Commission — Solar Equipment Lists, PV Module List, Inverter List (snapshot Oct 7, 2026).
Kiwa PVEL — PV Module Reliability Scorecard, Top Performer lists 2024–2025.
RETC — PV Module Index reports 2023–2026.
NLR (formerly NREL) — System Advisor Model CEC inverter library (version 2026.7.3).
Clean Energy Council (Australia) — Approved PV modules list (as of Oct 8, 2026).
NLR (formerly NREL) — PVWatts v8, NSRDB PSM v3 typical-year weather for Los Angeles, Palmdale, Chula Vista, Huntington Beach, Riverside, Santa Clarita.
Inverter datasheets — Solis (Ginlong), Tesla (manufacturer documents).
Building permits — Southern California permit portals. Equipment matched from permit descriptions.
Cali-Graf calculations — formulas and inputs are shown next to each calculated value (efficiency from area, temperature-corrected voltages, string sizing, energy estimates).