Trina Solar
Trina Solar Vertex 510W+ Bifacial Dual Glass P-Type Solar Panel | TSM-DEG18MC.20 (II)
Trina Solar Vertex 510W+ Bifacial Dual Glass P-Type Solar Panel | TSM-DEG18MC.20 (II)
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Trina Solar Vertex 510W+ Bifacial Dual Glass P-Type Solar Panel | TSM-DEG18MC.20 (II)
Shop the Trina Solar Vertex 510W+ Bifacial Dual Glass photovoltaic module from StarPower Advance Solar Technology Australia. The TSM-DEG18MC.20 (II) manufacturer model family is engineered for commercial photovoltaic installations, combining Trina's established 210mm p-type solar platform with multi-busbar interconnection and an industrial-scale rigid panel format.
Trina Vertex product highlights
- 510W+ output class — the precise power bin and Australian supply specification must be confirmed at quotation.
- Bifacial Dual Glass module construction — Bifacial dual-glass configuration for suitable projects, distinct from the similar-wattage backsheet model.
- Trina's 210mm wafer, high-density interconnection and non-destructive cutting engineering platform.
- Designed for compatible photovoltaic inverters, mounts and professionally engineered solar arrays.
Manufacturer model specifications
| Brand | Trina Solar |
|---|---|
| Product range | Vertex p-type |
| Manufacturer model family | TSM-DEG18MC.20 (II) |
| Power class | 510W+ |
| Panel type | Bifacial Dual Glass |
| Installation | Fixed solar photovoltaic arrays subject to system engineering |
Compare Trina 510W+ solar panels
For commercial and utility projects, compare exact panel dimensions, manufacturer datasheet revisions, front/rear generation, warranty, supply lead times, and delivered costs rather than headline wattage alone. This listing is a module family, not an independently verified wattage-bin SKU.
Pricing and delivery in Australia
Request competitive Trina Solar project pricing from StarPower for selected quantities and Australia-wide delivery. View more Trina Solar panels, fixed rigid solar panels and bifacial panels as appropriate.
Important electrical requirements
Confirm the exact manufacturer's STC electrical values including Voc, Vmp, Isc, Imp, module dimensions, load and connector ratings, Australian certification and warranty before ordering. Requires professional installation and suitable inverter/MPPT system design, not a direct 12V battery connection.
Official manufacturer range: Trina Solar Vertex models and datasheets.
Is the 510W Trina Solar Vertex right for your project?
510W bifacial p-type dual-glass Vertex is suited to an engineered array where rear-side illumination can contribute. Compare the exact model family and wattage bin with the electrical specification table and manufacturer PDF below before ordering.
- Buyer advantage: Bifacial dual-glass construction creates an opportunity for rear-side energy harvest when appropriately mounted.
- Plan before installation: Allow for module size, handling, supporting structure, and inverter voltage/current requirements.
- Order online in Australia: StarPower Advance Solar Technology provides free Australia-wide delivery.
Buying questions answered
When will the bifacial design be useful?
Additional rear-side generation requires useful light to reach the back of the panel. Mounting clearance, surface albedo and shading all matter; rear-side gains are not guaranteed.
Can I replace an N-type panel with this p-type module?
Not automatically. Panel cell technology alone does not determine interchangeability. Match the exact electrical and physical requirements with your installer's advice.
Explore the Trina Solar panel collection for matching options. The linked manufacturer datasheet and the actual module label should guide electrical design.
510W panel electrical data (STC)
Manufacturer ratings for the 510W module under standard test conditions: irradiance 1000W/m², 25°C cell temperature, AM1.5.
| Pmax | 510W |
|---|---|
| Vmp | 43.9V |
| Imp | 11.62A |
| Voc | 51.9V |
| Isc | 12.21A |
| Module efficiency | 21.2% |
Trina Solar manufacturer's datasheet (PDF). Check the exact delivered module label, electrical tolerances and inverter/MPPT configuration before installing.
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