--- title: "GL Solar 3SHBGH-C#-610 vs GL Solar HY-NT10/72GDF-610W - Solar Panel Comparison | ComparePV" description: "Compare GL Solar 3SHBGH-C#-610 vs GL Solar HY-NT10/72GDF-610W side by side: what actually differs, output when it is hot, thirty-year production, and the full specification." source: "https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-hy-nt10-72gdf-610w" updated: 2026-09-11 --- # GL Solar 3SHBGH-C#-610 vs GL Solar HY-NT10/72GDF-610W HY-NT10/72GDF-610W leads on the differences that matter The largest is module efficiency: 2.00 pp more efficient. 6 of 19 comparable parameters are identical. ## The two panels | Attribute | A | B | | --- | --- | --- | | Panel | [GL Solar 3SHBGH-C#-610](https://comparepv.com/panel/gl-solar-3shbgh-c-610) | [GL Solar HY-NT10/72GDF-610W](https://comparepv.com/panel/gl-solar-hy-nt10-72gdf-610w) | | Manufacturer | GL Solar | GL Solar | | Power | 610 Wp | 610 Wp | | Efficiency | 21.60 % | 23.60 % | | Technology | HJT | TOPCon | ## Where they differ Ranked by how much the difference matters, not by datasheet order. | Parameter | 3SHBGH-C#-610 | HY-NT10/72GDF-610W | Difference | | --- | --- | --- | --- | | Module efficiency | 21.60 % | 23.60 % | +2.00 pp for HY-NT10/72GDF-610W | | Power density | 215.5 Wp/m² | 236.1 Wp/m² | +20.6 Wp/m² for HY-NT10/72GDF-610W | | Temperature coefficient | -0.260 %/°C | -0.290 %/°C | +0.030 %/°C for 3SHBGH-C#-610 | | Weight | 36.0 kg | 32.1 kg | -3.9 kg for HY-NT10/72GDF-610W | | Weight per kWp | 59.0 kg/kWp | 52.6 kg/kWp | -6.4 kg/kWp for HY-NT10/72GDF-610W | | Open-circuit voltage | 45.38 V | 52.95 V | 7.57 V apart | | Short-circuit current | 17.32 A | 14.37 A | 2.95 A apart | | Module area | 2.830 m² | 2.583 m² | 0.247 m² apart | | Cell technology | HJT | TOPCon | HJT vs TOPCon | | Voltage at max power | 37.72 V | 44.94 V | 7.22 V apart | | Current at max power | 16.16 A | 13.58 A | 2.58 A apart | | Cell count | 120 | 144 | 24 cells apart | | Dimensions | 2172x1303x35 mm | 2278x1134x30 mm | 2172x1303x35 mm vs 2278x1134x30 mm | ## Every compared parameter | Parameter | 3SHBGH-C#-610 | HY-NT10/72GDF-610W | | --- | --- | --- | | Rated power | 610 Wp | 610 Wp | | Module efficiency | 21.60 % | 23.60 % | | Power density | 215.5 Wp/m² | 236.1 Wp/m² | | Open-circuit voltage | 45.38 V | 52.95 V | | Voltage at max power | 37.72 V | 44.94 V | | Short-circuit current | 17.32 A | 14.37 A | | Current at max power | 16.16 A | 13.58 A | | Temperature coefficient | -0.260 %/°C | -0.290 %/°C | | Dimensions | 2172x1303x35 mm | 2278x1134x30 mm | | Module area | 2.830 m² | 2.583 m² | | Weight | 36.0 kg | 32.1 kg | | Weight per kWp | 59.0 kg/kWp | 52.6 kg/kWp | | Product warranty | 15 yrs | 15 yrs | | Performance warranty | 30 yrs | 30 yrs | | Annual degradation | 0.40 %/yr | 0.40 %/yr | | Cell technology | HJT | TOPCon | | Cell type | Monocrystalline | Monocrystalline | | Cell count | 120 | 144 | | Bifacial | Yes | Yes | ## Thirty-year yield Each panel's own declared degradation curve, at 1,200 kWh/kWp a year - **Cumulative output, 3SHBGH-C#-610:** 20,247 kWh - **Cumulative output, HY-NT10/72GDF-610W:** 20,467 kWh - **Gap:** 220 kWh ## Output when hot | Condition | Cell temperature | 3SHBGH-C#-610 | HY-NT10/72GDF-610W | Retained | | --- | --- | --- | --- | --- | | Standard test conditions | 25 °C | 610 W | 610 W | 100.0% of rated power | | Cool, bright day | 40 °C | 586 W | 583 W | 95.7% of rated power | | Typical summer roof | 55 °C | 562 W | 557 W | 91.3% of rated power | | Hot roof | 70 °C | 539 W | 530 W | 87.0% of rated power | ## Against the whole database | Measure | 3SHBGH-C#-610 | HY-NT10/72GDF-610W | Out of | Note | | --- | --- | --- | --- | --- | | Efficiency | #7,652 | #627 | 14,005 | HY-NT10/72GDF-610W leads by 7,025 places | | Power density | #7,727 | #623 | 14,005 | HY-NT10/72GDF-610W leads by 7,104 places | | Heat behaviour | #511 | #2,165 | 14,005 | 3SHBGH-C#-610 leads by 1,654 places | | Weight | #11,981 | #6,249 | 14,005 | HY-NT10/72GDF-610W leads by 5,732 places | | Warranty | #21 | #21 | 14,005 | Tied - the same position in the database | | Overall | #3,915 | #1,815 | 14,005 | HY-NT10/72GDF-610W leads by 2,100 places | ## Questions ### Which panel is better: GL Solar 3SHBGH-C#-610 or GL Solar HY-NT10/72GDF-610W? According to our database: **GL Solar HY-NT10/72GDF-**610 W**** has higher module efficiency (**23.60%** vs **21.60%**); **GL Solar 3SHBGH-C#-610** tolerates heat better (temp coeff **-0.260%/°C** vs **-0.290%/°C**). See the full spec comparison and 30-year energy simulation above for a complete picture. ### What is the efficiency of GL Solar 3SHBGH-C#-610 and GL Solar HY-NT10/72GDF-610W? **GL Solar 3SHBGH-C#-610** has a module efficiency of **21.60%**, while **GL Solar HY-NT10/72GDF-**610 W**** is **23.60%**. Higher efficiency means more electricity from the same roof area - useful when space is limited. ### What cell technology does GL Solar 3SHBGH-C#-610 use vs GL Solar HY-NT10/72GDF-610W? **GL Solar 3SHBGH-C#-610** uses **HJT** cells; **GL Solar HY-NT10/72GDF-**610 W**** uses **TOPCon**. Modern **n-type** technologies (**TOPCon**, **HJT**, BC) typically deliver higher efficiency and lower degradation compared to older **PERC** (p-type) cells. ### What is the warranty on GL Solar 3SHBGH-C#-610 and GL Solar HY-NT10/72GDF-610W? **GL Solar 3SHBGH-C#-610** has a **30 years** power warranty; **GL Solar HY-NT10/72GDF-**610 W**** has a **30 years** power warranty. The power warranty guarantees a minimum percentage of rated output at the end of the warranty period (typically 80**-87%**). Product (materials) warranties are usually shorter. ### Are GL Solar 3SHBGH-C#-610 and GL Solar HY-NT10/72GDF-610W bifacial panels? Both **GL Solar 3SHBGH-C#-610** and **GL Solar HY-NT10/72GDF-**610 W**** are bifacial - they capture reflected light from the ground, which can add 5**-15%** more annual energy on ground-mount or elevated rooftop installations with a light surface beneath. ## Related comparisons - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-640](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-640) - 5 differences, the largest is module efficiency - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-635](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-635) - 5 differences, the largest is module efficiency - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-630](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-630) - 3 differences, the largest is module efficiency - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-625](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-625) - 3 differences, the largest is module efficiency - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-620](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-620) - 3 differences, the largest is module efficiency - [GL Solar 3SHBGH-C#-610 vs GL Solar 3SHBGH-C#-615](https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-3shbgh-c-615) - The same specification on paper --- Source: https://comparepv.com/compare/gl-solar-3shbgh-c-610/gl-solar-hy-nt10-72gdf-610w Not in this file, on the page: the thirty-year yield curve year by year at a cell temperature you pick and a written summary generated on request.