430W N-type Topcon Bifacial Double Glass Mono Module

430W N-type Topcon Bifacial Double Glass Mono Module

Our product is designed to harness up to 30% more energy from both sides, with the impressive feature of a 430W power enhancing its performance and output. Offering a long 30-year lifespan and superior performance in low light conditions, this 430W module delivers unmatched efficiency, creating superior value and higher energy yield for your customers.

Product Detail

Product features and significant advantages:

  • Compared with the standard P-type similar products on the market, by prolonging the service life of the module, the power can be increased by 10%, 30%, and power can be provided for up to 30 years.
    In order to improve energy production efficiency, the inherent lid resistance of N-type batteries is used.
  • Innovative double-sided power generation technology: this module uses advanced double-sided power generation technology to capture sunlight on both sides of the module and collects 30% more energy than traditional single-sided components.
    Lay the foundation for the efficient operation of the energy system.
  • Excellent N-type battery technology: the N-type battery in the product is highly respected for its excellent resistance to light decay.
    Different from the traditional P-type battery N-type battery can maintain efficient energy output for a long time and significantly improve the efficiency of the whole solar module system.
  • Durability: this series of components ensures a longer life than traditional components for more than 30 years, provides users with a stable and lasting energy supply, and is ideal for building long-term solar investment.
  • High efficiency and low light environment performance: these components also show excellent performance in low light conditions, and their light absorption capacity ensures effective power generation even in low light environments, ensuring the continuity of energy supply.
  • Significantly reduce the performance decay rate: compared with the general P-type components N-type Topkon components have a lower attenuation rate and provide longer-term stable performance.
    After a small decline of less than 2 per cent in the first year, the annual decay rate remains at 0.6 per cent, ensuring that at least 84 per cent of the original performance is retained even after 25 years of operation.

PERFORMANCE INSURANCE

430W N-type Topcon Bifacial Double Glass Mono Module

* Optional performance warranty insurance. Please contact our local sales representatives for more information.

LINEAR PERFORMANCE WARRANTY

430W N-type Topcon Bifacial Double Glass Mono Module

COMPREHENSIVE CERTIFICATES

430W N-type Topcon Bifacial Double Glass Mono Module

ISO 9001:Quality Management System

ISO 14001:Environmental Management System Standard

ISO 45001:International Occupational Health and Safety Assessment System Standard

SA 8000:2014 Social Accountability Management System

* Different markets have different certification requirements.Also, the products are under rapid innovation.Please confirm the certification status with regional sales representatives.

ELECTRICAL CHARACTERISTICS

430W N-type Topcon Bifacial Double Glass Mono Module

STC(Standard Testing Conditions): Irradiance 1000W/m2 , Cell Temperature 25 ℃ , Spectra at AM1.5

NOCT (Nominal Operating Cell Temperature): Irradiance 800W/㎡, Ambient Temperature 20℃ , Spectra at AM1.5, Wind at 1m/s

 

ELECTRICAL CHARACTERISTICS WITH DIFFERENT POWER BIN (REFERENCE TO 13.5% IRRADIANCE RATIO)

430W N-type Topcon Bifacial Double Glass Mono Module

 

430W N-type Topcon Bifacial Double Glass Mono Module


FAQs:

1. What benefits do N-type solar cells offer in this solar module?
Our solar module uses N-type solar cells which are inherently adept at preventing efficiency loss from LID. This quality ensures that our module’s energy output remains robust over the years, outshining the typical performance lifespan of P-type cells.

2. Can the solar module efficiently convert light to energy in dim conditions?
The module’s advanced design enhances its capacity to harvest energy in low-light environments. It continues to harness energy effectively, ensuring reliable power generation during early mornings, late evenings, and on overcast days.

3. In what ways does the module’s bifacial structure enhance energy production?
The ingenious bifacial design multiplies the module’s productivity by utilizing light that strikes both its front face and its reflective underside. This innovative approach can contribute a substantial increase in power generation, making the most of every light source available.

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