DMEGC DM595M10T-B72HSW 595W Infinity Bi-Facial Dual Glass Silver Frame
The DMEGC DM595M10T-B72HSW is a 595 Wp N-Type mono-crystalline bifacial dual-glass solar panel with a Silver Frame, featuring a module efficiency of 23.00% (STC) and a bifaciality factor of 80% ± 5%. With a Voc of 53.10V, a Vmpp of 44.42V, a maximum system voltage of 1500V DC and a linear performance warranty of 30 years (minimum 87.40% of original rated power), this solar panel is suitable for residential, commercial and large-scale PV projects where low LCOE, high reliability and long service life are equally important.
- 595 Wp N-Type mono-crystalline: Module efficiency 23.00% (STC) — Voc 53.10V, Vmpp 44.42V, Isc 14.17A, Impp 13.42A.
- Bifacial dual-glass: Bifaciality factor 80% ± 5% — additional energy yield depending on albedo, mounting height and system design — 2 mm + 2 mm heat-strengthened glass.
- 30-year linear performance warranty: Minimum 87.40% of original rated power — annual degradation ≤ 0.40% after year 1 — first-year degradation ≤ 1.00%.
- 1500V DC system design: 30A overcurrent protection, IP68 junction box — suitable for efficient string configurations with potentially lower BOS costs, depending on system design.
- Certified mechanical load rating: +5400 Pa front-side load / −2400 Pa rear-side load — IEC 61215, IEC 61730, IEC 62716, IEC 61701.
Suitable for
- Residential, commercial and large-scale PV projects
- Installations with string and hybrid inverters that support the electrical characteristics of this module (Voc 53.10V, Isc 14.17A, 1500V DC)
- Bifacial installations on reflective surfaces where additional rear-side energy yield is desired
- Projects in demanding climatic conditions including coastal areas (IEC 61701) and agricultural environments (IEC 62716)
- Rooftop and ground-mount installations where low LCOE and high reliability are required
DMEGC DM595M10T-B72HSW — specifications and benefits
- N-Type mono-crystalline cells: First-year degradation ≤ 1.00% and ≤ 0.40% per year thereafter — lower power loss at high cell temperatures compared to P-Type technology.
- Bifacial dual-glass architecture: Enhanced mechanical rigidity and PID resistance — additional rear-side energy yield dependent on reflection (albedo), mounting height and system design.
- Optimised 144-cell layout (6×24): The higher operating voltage can contribute to more efficient string configurations and, depending on system design, lower BOS costs.
- Long performance warranty: 30-year linear warranty with minimum 87.40% of original rated power can contribute to a lower Levelized Cost of Electricity (LCOE), depending on project design.
| Property | Value |
|---|---|
| Brand & model | DMEGC DM595M10T-B72HSW |
| Rated power (STC) | 595 Wp |
| Module efficiency (STC) | 23.00% |
| Cell type | N-Type mono-crystalline, 144 cells (6×24), bifacial |
| Glass type | Dual-glass (2 mm + 2 mm heat-strengthened) |
| Frame | Silver Frame — anodized aluminium alloy |
| Open-circuit voltage (Voc) | 53.10V |
| MPP voltage (Vmpp) | 44.42V |
| Short-circuit current (Isc) | 14.17A |
| MPP current (Impp) | 13.42A |
| Temperature coefficient Pmax | −0.29%/°C |
| Bifaciality factor | 80% ± 5% |
| First-year degradation | ≤ 1.00% (year 1) |
| Annual degradation | ≤ 0.40% |
| Max. system voltage | 1500V DC (IEC) |
| Overcurrent protection | 30A |
| Max. test load front/rear | +5400 Pa / −2400 Pa |
| Max. design load front/rear | +3600 Pa / −1600 Pa |
| Connector | MC4-EVO 2A (1500V) |
| Cable length | 1350 mm (+/−), 4 mm² |
| Junction box | IP68, 3 diodes |
| Certifications | IEC 61215, IEC 61730, IEC TS 63209, IEC 62716, IEC 61701, IEC TS 63342, IEC 60068 |
| Product warranty | 15 years |
| Performance warranty | 30 years linear (87.40% of original rated power) |
| Dimensions (L × W × H) | 2278 × 1134 × 30 mm |
| Weight | 31.8 kg |
All electrical values are measured under Standard Test Conditions (STC: 1000 W/m², 25°C, AM 1.5), unless otherwise stated. The official datasheet is the authoritative source for all technical specifications.
What is included with the DMEGC DM595M10T-B72HSW?
| Component | Description |
|---|---|
| Solar panel | 1× DMEGC DM595M10T-B72HSW with factory-fitted IP68 junction box (3 bypass diodes) |
| Cables & connectors | 1350 mm (+/−), 4 mm², MC4-EVO 2A connectors |
| Not included | Mounting hardware, grounding materials and other fixing components |
Which inverters are compatible with the DMEGC DM595M10T-B72HSW?
The module is compatible with PV string and hybrid inverters whose maximum input voltage, MPPT range and maximum input current are consistent with the electrical characteristics of this module (Voc 53.10V, Isc 14.17A, max. system voltage 1500V DC). Always verify that the inverter, optimiser, string length and protective devices are correctly matched to the intended system design. Always refer to the inverter's technical specifications and this module's datasheet before installation to confirm electrical compatibility.
What are the main installation requirements for the DMEGC DM595M10T-B72HSW?
Install this module only in accordance with the DMEGC installation manual and by qualified installers. Use solar cables of at least 4 mm², maintain a minimum roof clearance of 10 cm for ventilation and use appropriate bolting or clamping methods. Never walk on the module, avoid installation in strong wind or rain, and use only correct connector combinations within approved connector families. Mounting hardware and grounding materials are not included.
Is the DMEGC DM595M10T-B72HSW suitable for ground-mount installations?
Yes. The DMEGC DM595M10T-B72HSW is well suited for ground-mount installations in commercial and large-scale PV projects, given its dimensions (2278 × 1134 × 30 mm), high rated power (595 Wp) and 1500V DC system design. The bifacial dual-glass construction makes this panel particularly suitable for ground-mount systems on reflective surfaces, where additional rear-side energy yield is possible depending on albedo and mounting height. Mounting hardware must be supplied separately in accordance with the DMEGC installation manual.
How much additional energy yield does the bifacial panel produce?
The additional energy yield of a bifacial solar panel depends on the reflectivity of the surface (albedo), the mounting height, the system configuration and the project location. The bifaciality factor of this model is 80% ± 5%. The actual additional energy yield varies per installation and should be determined using a suitable PV simulation tool based on the specific project location.
What is the advantage of N-Type over P-Type solar panels?
N-Type solar cells use phosphorus as a dopant instead of boron (P-Type). This results in a lower first-year degradation (LID — Light Induced Degradation) of ≤ 1.00% in year one, compared to an average of 1.5–3% for P-Type panels. In addition, N-Type cells have a lower temperature coefficient (−0.29%/°C for this model), meaning they lose less power at higher cell temperatures than comparable P-Type panels. Over a period of 30 years, this can contribute to a higher total energy yield.
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Top product met hoge opslagcapaciteit voor een scherpe prijs !
Super prestatie's voor een scherpe prijs
Commande bien reçu , société, très sérieuse, produits totalement conforme à mes attentes, je suis très satisfait du service client, très rapide en réponse et au niveau de l’envoi du produit, parfait pour une Smartbox Marstek monophasé . Merci à vous. Cordialement.
Prima advies (deze thuisbatterij past prima bij de eerder gekochte Goodwe hybrid omvormer.
Snel tot een order gekomen en ook vlot geleverd.
Een tevreden klant
Very good seller, express delivery, excellent communication and technical consultation, that's how it works