No Responses October 17, 2024

Agrivoltaic Modules are for Sustainable Agriculture, Enhancing Crop Yields, and Nurturing Green Ecosystems.

Elevate your agricultural practices with our agrivoltaic modules, meticulously crafted for agri-PV systems in both open fields and greenhouses. Engineered to bolster rural development and promote eco-friendly farming, these modules boast higher transparency, optimize sunlight penetration, and elevate crop yields. The innovative design not only enhances growing conditions but also curtails water consumption by 10–20%. Choose from our advanced M10 TOPCon and M6 PERC variants, ushering in a new era of efficient, sustainable, and high-performance farming.

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Description

Agrivoltaic Features provide specialized solutions for integrating solar panels into agricultural environments, allowing for both energy generation and crop cultivation. Key features include:

  1. Highest Reliability & Module-Enhanced Crack Tolerance (MBB):
    The Multi-Busbar (MBB) technology ensures that the panels have enhanced durability and resistance to cracking, providing reliable long-term performance even in challenging agricultural settings.
  2. High Power Output:
    These panels are designed for high efficiency, generating more electricity per square meter, which maximizes energy production on farms without taking up too much land.
  3. Best-in-Class Thermal Coefficients:
    With excellent thermal performance, these panels maintain high efficiency even in extreme temperatures, ensuring consistent energy production throughout the seasons.
  4. Highest Commercial Gains, Lower LCOE (Levelized Cost of Energy):
    Agrivoltaic systems offer high commercial returns by reducing the cost per kilowatt-hour of electricity, providing a cost-effective energy solution for farms.
  5. Better Weak Light Performance:
    The panels are optimized to perform well under low light conditions, such as early morning, late afternoon, or cloudy days, ensuring continuous energy generation throughout the day.
  6. Excellent PID Resistance:
    The panels are highly resistant to Potential Induced Degradation (PID), which protects them from performance losses over time, ensuring their longevity and effectiveness in agricultural environments.

These features make Agrivoltaic systems ideal for farmers looking to maximize land use by combining crop production with sustainable solar energy generation.

 

 

Advantages of Agrivoltaic Systems highlight the long-term benefits of integrating solar panels into agricultural settings, offering both energy and agricultural productivity:

  1. Longer Warranty (Up to 30 Years):
    Agrivoltaic solar panels are often backed by warranties lasting up to 30 years, ensuring sustained energy production and protecting your investment over the long term.
  2. Excellent PID Resistance:
    These panels feature strong resistance to Potential Induced Degradation (PID), which ensures that their performance remains stable over time, even under challenging environmental conditions often present in agricultural environments.
  3. Long-Term Durability and Performance:
    Designed for the ruggedness required in farming environments, agrivoltaic panels offer long-lasting durability. They maintain high performance, even with exposure to dust, debris, and other outdoor elements common in agricultural operations.

These advantages make Agrivoltaic systems a reliable and efficient way to combine sustainable energy production with agricultural activities, supporting both energy goals and farming productivity for the long term.

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