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Runergy Brand review

HY-DH132N10-720

720 Wp N-type Bifacial 80%
ComparePV verdict

Efficiency leader, no clear weak spot

Rank 538 of 14,129
Compare panels Datasheet PDF
Power (Wp)
720
Strong · top 23%
Efficiency (%)
23.20
Strong · top 18%
Density (Wp/m²)
231.8
Strong · top 23%
Temp (%/°C)
-0.290
Typical · median -0.290
Weight (kg)
38.5
Typical · median 37.9 kg
Warranty (yrs)
30
Typical · median 30 yrs

The HY-DH132N10 Plus series is Runergy's answer for installations that demand maximum energy efficiency on limited roof or ground area. The modules are built on N-Type TOPCon technology combined with the G12 wafer platform, delivering stable performance even at elevated module temperatures typical of Polish summers. The use of half-cut cells reduces resistive losses and improves resistance to microcracks and partial shading, which matters for irregular roof layouts. The dual-glass, bifacial construction captures light reflected off the ground, boosting energy yield without increasing the footprint of the installation - an attractive solution for ground-mount farms and installations over light-colored surfaces. Thanks to the characteristics of N-Type cells, the module stands out with low annual power degradation and resistance to LID and LeTID effects, translating into predictable energy output throughout its service life. The series suits both residential prosumer setups and commercial PV farm projects, where long-term reliability and a low levelized cost of energy per installed watt matter most. It's a solution for investors seeking a balance between high performance and long-term durability.

Ranking

93 panels in the segment N-type 700-750 W
Metric This panel Median Position in segment Overall rank
Module efficiency 23.20% 22.90% Strong · top 18% 1,349
Power density 231.8 228.6 Strong · top 23% 1,390
Temperature coefficient -0.290 -0.290 Typical 2,220
Weight per kWp 53.5 53.4 Typical 7,493
Performance warranty 30 yrs 30 yrs Typical 21
Colour key Strong - top 25% Typical - middle 50% Weak - bottom 25%

Signals from the data

2 positive · 0 caution
Best for

Commercial, utility-scale and shaded-installations.

Strengths
23.20% module efficiency

Top 18% of the N-type 700-750 W segment, against a median of 22.90%.

231.8 watts per square metre

Top 23% of the N-type 700-750 W segment, against a median of 228.6.

Notes from the database
  • At 23.2% efficiency, this panel is on par with typical N-type 700-750W modules
  • At 231.8 W/m² power density, this panel generates 3.2 W/m² more per unit area than N-type 700-750W median (228.6 W/m²)
  • Temperature coefficient of -0.29%/°C matches the N-type 700-750W median
  • Bifaciality factor of 80% can add 4-12% extra yield with reflective mounting surface
  • In the top 10% for efficiency among all N-type panels

Specifications

Open datasheet PDF
Nominal power (Pmax) 720 Wp Nameplate at 1000 W/m², 25 °C
Module efficiency 23.20 % Strong Segment median 22.90%
Vmpp · Impp 41.29 V · 17.44 A Operating point at max power
Voc · Isc 49.39 V · 18.49 A Sizes the string length
Max system voltage 1500 V Longer strings than 1000 V modules
Dimensions 2384×1303×35 mm · 3.11 m² of roof
Weight 38.5 kg Typical Typical · median 37.9 kg
Cells 132 · N-type Monocrystalline
Bifaciality 80 % Rear output as a share of front
Coefficient Pmax -0.290 %/°C Typical median -0.290 of its segment
Coefficient Voc · Isc -0.250 · 0.045 %/°C
NOCT 42 °C At 800 W/m², 20 °C ambient
Product warranty 12 years Hardware defects only
Performance warranty 30 years Typical median 30 yrs · median 30 yrs
End-of-warranty output 87.4 % Equals 629 W guaranteed
Degradation 1.00 → 0.40 % First year, then annual

Datasheet charts

Open datasheet PDF

Measured curves published by Runergy in this model's datasheet. A chart carrying a wattage was measured on that variant alone - only the ones that describe 720 Wp appear here. The rest cover the whole series.

Current-Voltage & Power-Voltage Curve (720W) Current-Voltage & Power-Voltage Curve (720W) 720 W

Simulations

Live - change any input
Lifetime output & value
30 years at 1200 kWh/kWp/year and €0.50 per kWh
Power in year 30
-
Lifetime energy
-
Energy value
-
With bifacial gain
-

Degradation from this panel's own datasheet figures. No inverter, soiling or shading losses.

Heat losses
-0.290 %/°C against a segment median of -0.290
-
Bifacial gain
Rear gain over light concrete: -
-

Model: bifaciality × albedo × 0.6 view factor. A first-order estimate, not a yield simulation.

Filter these
Size
Panel Power Eff. Temp. Weight Difference
Runergy HY-DH132N10-720 720 W 23.20% -0.290 38.5 kg You are here
AIKO-A680-MDE72Mw 680 W 25.20% -0.260 29.0 kg -40 W, lighter, +2.0 pp
AIKO-A675-MDE72Mw 675 W 25.00% -0.260 29.0 kg -45 W, lighter, +1.8 pp
AIKO-A700-MAE78Dw 700 W 25.00% -0.260 34.5 kg Cooler, lighter, +1.8 pp
WST-675BKX72-A2 675 W 25.00% -0.260 32.1 kg -45 W, lighter, +1.8 pp
AIKO-A695-MAE78Dw 695 W 24.90% -0.260 34.5 kg Cooler, lighter, +1.7 pp
AIKO-G670-MCH72Mw 670 W 24.80% -0.260 28.2 kg -50 W, lighter, +1.6 pp
LR7-72HVHF-670M 670 W 24.80% -0.260 28.5 kg -50 W, lighter, +1.6 pp
JKM650-670N-66QL6-BDV (670W class) 670 W 24.80% -0.260 32.5 kg -50 W, lighter, +1.6 pp
SS9-66HD-645M 645 W 20.76% -0.330 37.5 kg -75 W, hotter, -2.4 pp
SS9-66HD-650M 650 W 20.92% -0.330 37.5 kg -70 W, hotter, -2.3 pp
SS9-66HS-655M 655 W 21.09% -0.340 32.5 kg -65 W, lighter, -2.1 pp
SS9-66HD-660M 660 W 21.25% -0.330 37.5 kg -60 W, hotter, -1.9 pp
SS9-66HD-665M 665 W 21.41% -0.330 37.5 kg -55 W, hotter, -1.8 pp
SS9-66HS-670M 670 W 21.57% -0.340 32.5 kg Hotter, lighter, -1.6 pp
AIKO-A805-GRH78Dw 805 W 25.10% -0.260 39.8 kg +85 W, cooler, +1.9 pp
AIKO-A800-GRH78Dw 800 W 24.90% -0.260 39.8 kg +80 W, cooler, +1.7 pp

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About the HY-DH132N10 Plus series

6 answered

These answers cover the whole series. Where a figure differs, the specification above is this module's own.

How does N-type TOPCon technology in the Runergy HY-DH132N10 Plus differ from standard PERC panels?
N-type TOPCon cells feature an additional passivation layer that reduces carrier recombination and increases energy conversion efficiency compared to PERC cells. This results in higher power output (up to 730 Wp) and better performance at elevated temperatures, which matters during summer when module temperatures can exceed 60°C on a roof.
Is it worth installing bifacial Runergy HY-DH132N10 Plus panels on a light-colored roof?
Yes, the dual-glass bifacial construction captures light reflected from the surface below, so light, reflective surfaces such as white gravel, roofing membrane, or light concrete boost energy yield further, often by several percent compared to a monofacial module. On darker roofs the effect is smaller, but the panel still performs normally on the front side.
What warranty comes with Runergy HY-DH132N10 Plus panels?
The manufacturer provides a 12-year product warranty and a 30-year linear power output warranty. Thanks to the characteristics of N-type cells, annual power degradation is low, and the module maintains high energy yield throughout most of its service life, resulting in a predictable return on investment.
Are half-cut cells in the HY-DH132N10 Plus series more resistant to shading and microcracks?
Yes, splitting cells in half reduces resistive losses and means partial shading, from a chimney or antenna for example, causes a smaller drop in total panel output. The half-cut design also increases mechanical resistance to microcracks during transport and installation, which matters on uneven roof surfaces.
Is Runergy a reliable solar panel manufacturer?
Runergy is a China-based manufacturer holding Tier 1 status, meaning it appears on the list of reputable PV module suppliers backed by financial stability and production scale. Tier 1 status also makes it easier to secure financing and insurance for the installation, since banks and insurers treat such manufacturers as lower risk.
Is the Runergy HY-DH132N10 Plus series better suited for residential or commercial installations?
The series works well for both residential rooftop installations and large commercial or ground-mount solar farm projects. The high power output per panel (730 Wp) reduces the number of modules needed to reach a target system capacity, lowering costs for mounting structures and labor on larger projects.
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