


Set of 2x Trina 510W photovoltaic panel.
- Expédié aujourd'hui ! Le produit est en stock dans notre entrepôt situé en Finlande. Les commandes sont expédiées à une vitesse éclair, généralement le jour même ou le jour ouvrable suivant. Le délai de livraison dépend du pays de destination.
- Expédié sous 4 à 7 jours Le produit est expédié depuis l'entrepôt du fournisseur et livré d'abord à notre entrepôt situé en Finlande. Vous recevrez un lien de suivi par e-mail une fois que nous aurons expédié votre commande depuis notre entrepôt, généralement sous 4 à 7 jours ouvrables après votre commande.
- Rupture de stock Le produit est actuellement indisponible. Veuillez envoyer un message à notre service client pour plus d'informations.
Veuillez consulter notre Page des méthodes et coûts de livraison pour plus d'informations.
Avez-vous une question ?
Nous préférons que vous envoyiez votre message via notre chat en direct. Nous contacter par chat nous permet de voir le produit et la page où vous vous trouvez actuellement, ce qui nous permet de vérifier plus rapidement le produit qui vous intéresse.
Nous pouvons vous aider immédiatement si nous sommes disponibles, si nous sommes occupés à préparer des commandes, nous vous répondrons et vous contacterons par e-mail et chat en direct.
Si vous êtes pressé, vous pouvez laisser votre message avec le formulaire de contact.
Souhaitez-vous passer une commande en gros plus importante ? Ou souhaitez-vous demander un devis pour une commande personnalisée ?
Demande de devis :
- Ajoutez tous les articles et quantités dans le panier
- Allez à la "page du panier" en cliquant sur ce lien ou cliquez sur le bouton "Contactez-nous" dans le panier du slider.
- Sur la "page du panier", vous pouvez cliquer sur le bouton "Contactez-nous" et envoyer un message ainsi qu'une demande de devis pour les articles de votre panier.

Description
Informations sur le produit
Set of 2x EcoFlow Trina 510W photovoltaic panel
The Trina Vertex S+ TSM-510NEG18R.28 photovoltaic panel is a state-of-the-art solar module based on N-type monocrystalline cells with i-TOPCon (Tunnel Oxide Passivated Contact) technology. It offers an output power of up to 510 W and an efficiency of up to 22.9%. The double-glass design increases durability and weather resistance. With a length of no more than 2 meters and a lightweight design, the panel will work well on both commercial and industrial roofs. The set includes 2 photovoltaic panels.
More power on the same surface
With an output power of up to 510 W and high efficiency (22.9%), the panel makes it possible to obtain more power from the same roof area. This maximizes the use of available space while reducing the cost of installation, which shortens the payback time.
Technology to increase efficiency
The use of i-TOPCon technology improves the efficiency of solar-to-electric energy conversion, allowing the panel to perform better in real-world conditions. The technology allows for lower power losses and more stable operation over many years of use.
Greater resilience
The dual-glass design (two sheets of glass 1.6 mm thick) provides high mechanical resistance - up to 5400 Pa at positive pressure (such as snow) and 2400 Pa at negative pressure (such as strong wind). In addition, such a construction reduces the risk of microcracks and scratches during installation, which increases the reliability of the entire installation.
Works in harsh conditions
The module is resistant to salt, ammonia, dust and high humidity, so it can operate in demanding environments. It will find use near the sea, industrial plants or in dusty regions, among others. Fire class A+C means increased resistance to ignition and fire propagation.
Stable performance for decades
The panel has a very low temperature coefficient (-0.29%/°C), which translates into better performance in hot weather. A maximum power degradation of 1% is predicted in the first year of operation, and 0.4% per year in subsequent years. This means that after 30 years the module retains at least 87.4% of its original power output.
Universal application on roofs
Thanks to its compact size and light weight, the panel can be easily installed even on roofs with limited load capacity. The product is compatible with popular inverters, optimizers and mounting systems, providing flexibility in installation design.
Included
- 2x Trina 510W photovoltaic panel
General
| Manufacturer | Trina Solar |
|---|---|
| Manufacturer code | TSM-510NEG18R.28-2 |
Electrical parameters (STC, Standard Test Conditions)
| Maximum power | 510 W |
|---|---|
| Maximum operating voltage | 33,7 V |
| Maximum operating current | 15,14 A |
| Open circuit voltage | 40,6 V |
| Short-circuit current | 15,93 A |
| Module efficiency | 22,9% |
Electrical parameters (NOCT, Nominal Operating Cell Temperature)
| Maximum power | 390 W |
|---|---|
| Maximum operating voltage | 31,9 V |
| Maximum operating current | 12,21 A |
| Open circuit voltage | 38,5 V |
| Short-circuit current | 12,84 A |
Mechanical parameters
| Type of cells | Monocrystalline |
|---|---|
| Number of cells | 108 |
| Module dimensions | 1961 × 1134 × 30 mm |
| Weight | 23.5 kg |
| Front glass | 1.6 mm tempered glass, anti-reflective coating (AR) |
| Rear glass | 1.6 mm tempered glass, highly transparent |
| Frame | 30 mm anodized aluminum, black |
| Junction box (J-Box) | IP68 rated, 3 bypass LEDs |
| Connection cables | Photovoltaic cable 4.0 mm² Horizontal: 1300 / 1300 mm |
Temperature indicators
| Nominal operating temperature of the cell | 43°C (±2°C) |
|---|---|
| Temperature coefficient of power PMAX (Maximum Power - maximum output power) | -0,29% / °C |
| Temperature coefficient of voltage VOC (Open Circuit Voltage) | -0,24% / °C |
| Temperature coefficient of current ISC (Short Circuit Current) | +0,04% / °C |
Limiting values
| Operating temperature | from -40°C to 85°C |
|---|---|
| Maximum circuit voltage | 1500 V DC (IEC, International Electrotechnical Commission) |
| Maximum current protection | 30 A |
Warranty: 24 months
Set of 2x EcoFlow Trina 510W photovoltaic panel
The Trina Vertex S+ TSM-510NEG18R.28 photovoltaic panel is a state-of-the-art solar module based on N-type monocrystalline cells with i-TOPCon (Tunnel Oxide Passivated Contact) technology. It offers an output power of up to 510 W and an efficiency of up to 22.9%. The double-glass design increases durability and weather resistance. With a length of no more than 2 meters and a lightweight design, the panel will work well on both commercial and industrial roofs. The set includes 2 photovoltaic panels.
More power on the same surface
With an output power of up to 510 W and high efficiency (22.9%), the panel makes it possible to obtain more power from the same roof area. This maximizes the use of available space while reducing the cost of installation, which shortens the payback time.
Technology to increase efficiency
The use of i-TOPCon technology improves the efficiency of solar-to-electric energy conversion, allowing the panel to perform better in real-world conditions. The technology allows for lower power losses and more stable operation over many years of use.
Greater resilience
The dual-glass design (two sheets of glass 1.6 mm thick) provides high mechanical resistance - up to 5400 Pa at positive pressure (such as snow) and 2400 Pa at negative pressure (such as strong wind). In addition, such a construction reduces the risk of microcracks and scratches during installation, which increases the reliability of the entire installation.
Works in harsh conditions
The module is resistant to salt, ammonia, dust and high humidity, so it can operate in demanding environments. It will find use near the sea, industrial plants or in dusty regions, among others. Fire class A+C means increased resistance to ignition and fire propagation.
Stable performance for decades
The panel has a very low temperature coefficient (-0.29%/°C), which translates into better performance in hot weather. A maximum power degradation of 1% is predicted in the first year of operation, and 0.4% per year in subsequent years. This means that after 30 years the module retains at least 87.4% of its original power output.
Universal application on roofs
Thanks to its compact size and light weight, the panel can be easily installed even on roofs with limited load capacity. The product is compatible with popular inverters, optimizers and mounting systems, providing flexibility in installation design.
Included
- 2x Trina 510W photovoltaic panel
General
| Manufacturer | Trina Solar |
|---|---|
| Manufacturer code | TSM-510NEG18R.28-2 |
Electrical parameters (STC, Standard Test Conditions)
| Maximum power | 510 W |
|---|---|
| Maximum operating voltage | 33,7 V |
| Maximum operating current | 15,14 A |
| Open circuit voltage | 40,6 V |
| Short-circuit current | 15,93 A |
| Module efficiency | 22,9% |
Electrical parameters (NOCT, Nominal Operating Cell Temperature)
| Maximum power | 390 W |
|---|---|
| Maximum operating voltage | 31,9 V |
| Maximum operating current | 12,21 A |
| Open circuit voltage | 38,5 V |
| Short-circuit current | 12,84 A |
Mechanical parameters
| Type of cells | Monocrystalline |
|---|---|
| Number of cells | 108 |
| Module dimensions | 1961 × 1134 × 30 mm |
| Weight | 23.5 kg |
| Front glass | 1.6 mm tempered glass, anti-reflective coating (AR) |
| Rear glass | 1.6 mm tempered glass, highly transparent |
| Frame | 30 mm anodized aluminum, black |
| Junction box (J-Box) | IP68 rated, 3 bypass LEDs |
| Connection cables | Photovoltaic cable 4.0 mm² Horizontal: 1300 / 1300 mm |
Temperature indicators
| Nominal operating temperature of the cell | 43°C (±2°C) |
|---|---|
| Temperature coefficient of power PMAX (Maximum Power - maximum output power) | -0,29% / °C |
| Temperature coefficient of voltage VOC (Open Circuit Voltage) | -0,24% / °C |
| Temperature coefficient of current ISC (Short Circuit Current) | +0,04% / °C |
Limiting values
| Operating temperature | from -40°C to 85°C |
|---|---|
| Maximum circuit voltage | 1500 V DC (IEC, International Electrotechnical Commission) |
| Maximum current protection | 30 A |
Warranty: 24 months

































































































































































































