Photovoltaic module 415 W Vertex S+ Black Frame Trina Solar

93  netto +VAT 23%

The Trina Solar 415 W photovoltaic module from the Vertex S+ series is built with 210 mm silicon wafer-sized monocrystalline cells using N-type PACO cell technology. Vertex S+ has several innovative design features to achieve high power output. The excellent temperature coefficient and low irradiation efficiency brings higher power output. In addition, thanks to high-density interconnections, the efficiency of Vertex S+ modules reaches up to 21.9%.

The Trina Solar 415 W photovoltaic module from the Vertex S+ series is built with 210 mm silicon wafer-sized monocrystalline cells using N-type PACO cell technology. Vertex S+ has several innovative design features to achieve high power output. The excellent temperature coefficient and low irradiation efficiency brings higher power output. In addition, thanks to high-density interconnections, the efficiency of Vertex S+ modules reaches up to 21.9%.

SKU: TSM-415-NEG09.28

Product description

The Trina Solar 415 W photovoltaic module from the Vertex S+ series is built with 210 mm silicon wafer-sized monocrystalline cells using N-type PACO cell technology. Vertex S+ has several innovative design features to achieve high power output. The excellent temperature coefficient and low irradiation efficiency brings higher power output. In addition, thanks to high-density interconnections, the efficiency of Vertex S+ modules reaches up to 21.9%.

Multi-busbar technology, used in Trina Solar Vertex S+ modules, integrates advanced non-destructive cutting and high-density encapsulation technologies. It is also responsible for enhanced light absorption and is ideally suited for cells with a large surface area. The integration of technologies allows Vertex to achieve higher power output and power generation efficiency per watt.

N-type cells in the structure are enriched with phosphor, which translates into a lower sunlight degradation rate, low LID, and this means higher efficiency for years of use and more savings. The new technology also means a lower temperature index and lower operating temperature on sunny days. It is thanks to N technology that the manufacturer provides a 30-year warranty on the energy produced by Trina Solar Vertex S+ modules.

Vertex S+ TSM-NEG09.28 photovoltaic panels are 120 monocrystalline cells in a 30-mm-thick frame made of anodized aluminum alloy, covered in the front and back with high-transparency glass, thermally reinforced and 1.6 mm thick each. High reliability is confirmed by a 25-year warranty on the product’s workmanship.

The connection wires coming out of the IP68-rated boxes are terminated with MC4 connectors.

Product distinguishing features:

  • 30-year warranty on output power
  • 25-year warranty on materials and workmanship
  • Glass on the front and back of the PV module
  • Lower installation costs due to higher power output and efficiency
  • High and stable efficiency of up to 21.4% due to innovative manufacturing technology
  • Positive power tolerance of up to +5 W
  • Minimized micro-cracking due to innovative non-destructive cutting technology
  • Large area cells based on 210 mm silicon wafers
  • Multi-busbar technology for improved light capture effect
  • Excellent performance even at low solar irradiance
  • Mechanical performance up to 5400 Pa for snow load and 4000 Pa for wind load

Trina Solar 415 W Vertex S+ will be perfect for customers expecting high quality and efficient modules at an affordable price. The product will work well for both on-grid and off-grid applications.

Description

The Trina Solar 415 W photovoltaic module from the Vertex S+ series is built with 210 mm silicon wafer-sized monocrystalline cells using N-type PACO cell technology. Vertex S+ has several innovative design features to achieve high power output. The excellent temperature coefficient and low irradiation efficiency brings higher power output. In addition, thanks to high-density interconnections, the efficiency of Vertex S+ modules reaches up to 21.9%.

Multi-busbar technology, used in Trina Solar Vertex S+ modules, integrates advanced non-destructive cutting and high-density encapsulation technologies. It is also responsible for enhanced light absorption and is ideally suited for cells with a large surface area. The integration of technologies allows Vertex to achieve higher power output and power generation efficiency per watt.

N-type cells in the structure are enriched with phosphor, which translates into a lower sunlight degradation rate, low LID, and this means higher efficiency for years of use and more savings. The new technology also means a lower temperature index and lower operating temperature on sunny days. It is thanks to N technology that the manufacturer provides a 30-year warranty on the energy produced by Trina Solar Vertex S+ modules.

Vertex S+ TSM-NEG09.28 photovoltaic panels are 120 monocrystalline cells in a 30-mm-thick frame made of anodized aluminum alloy, covered in the front and back with high-transparency glass, thermally reinforced and 1.6 mm thick each. High reliability is confirmed by a 25-year warranty on the product’s workmanship.

The connection wires coming out of the IP68-rated boxes are terminated with MC4 connectors.

Product distinguishing features:

  • 30-year warranty on output power
  • 25-year warranty on materials and workmanship
  • Glass on the front and back of the PV module
  • Lower installation costs due to higher power output and efficiency
  • High and stable efficiency of up to 21.4% due to innovative manufacturing technology
  • Positive power tolerance of up to +5 W
  • Minimized micro-cracking due to innovative non-destructive cutting technology
  • Large area cells based on 210 mm silicon wafers
  • Multi-busbar technology for improved light capture effect
  • Excellent performance even at low solar irradiance
  • Mechanical performance up to 5400 Pa for snow load and 4000 Pa for wind load

Trina Solar 415 W Vertex S+ will be perfect for customers expecting high quality and efficient modules at an affordable price. The product will work well for both on-grid and off-grid applications.

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