P-type MONO-PERC

APS solar panels are meticulously designed using premium-grade solar cells from globally recognized suppliers, ensuring top-tier performance and reliability. Available in both polycrystalline and monocrystalline variants, these panels are optimized for maximum energy output, with power ranges from 260W to 650W. Our state-of-the-art production processes ensure each panel undergoes stringent quality checks, meeting international standards for consistent, long-lasting performance.

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Product Features

Highly Efficient Array of Solar PV Modules

  • Split twin peak junction boxes with special heat dissipation design
  • Highly reliable and enhanced crack tolerant cells to minimize micro-cracks
  • Positive tolerance that delivers reliable higher output
  • High concentrated Photovoltaic cells for better conversion efficiency
  • 80.7% Power Output Up To 30 Years
  • Split twin peak junction boxes with special heat dissipation design for minimizing leakage current performance
  • PV Modules with high PID resistance
  • High PV Energy yields even under low light and cloudy conditions
  • Premium quality Raw Materials and advanced manufacturing processes to guarantee reliability

Uncompromising Quality Checks

Our advanced production methods ensure that every solar PV module meets strict international quality standards, guaranteeing reliable and long-lasting performance. Before shipment, each solar product undergoes thorough visual inspection and electrical testing. Once the quality check is completed, the panels are carefully dispatched to our customers

We Have Certified PV Modules

All APS solar PV modules undergo stringent quality testing and are certified to meet international standards, including BIS approval. Our panels and inverters are BIS-ALMM approved and certified by ISO, MNRE, IEC, and IAF, reflecting our commitment to excellence

Application

  • 30-year Performance Warranty And 12-year Product Warranty*
  • Up To 5% Positive Tolerance For Increased Energy Yield
  • 80.7% Power Output Up To 30 Years
  • 91.2% Power Output Up To 12 Years
  • Premium Solar Cells From Global Suppliers For Superior Performance
  • Highly reliable and enhanced crack tolerant cells to minimize micro-cracks
  • Manufactured With High-quality Materials For Durability
  • Anti-reflective Coated Glass For Better Power Output
  • Rigorous Pre- And Post-ELChecks For Defect-free Modules
  • Advanced Crack-tolerant Design To Reduce Micro-cracks
  • High-efficiency Cells For Enhanced Energy Conversion
  • MNRE-ALMM Approved For Quality Assurance
  • Utilizes Half Cut Cells For Optimized Output
  • Split Twin Peak Junction Boxes For Effective Heat Dissipation
  • High Resistance To Potential-induced Degradation (PID)
  • Multi-busbar Technology For Enhanced Reliability
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Solar Panel Warranty & Registration

We provide 30 years panel performance warranty and 12 years product warranty on APS manufactured solar panels. For more information, read the whole warranty policy carefully.

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Help &
Support

How do solar panels work?

Solar panels absorb sunlight and convert it into direct current (DC) electricity, which is then converted to alternating current (AC) by an inverter for household use.

Is investing in Solar Panels a good idea?

Yes, India receives abundant sunlight throughout the year, making solar panels an efficient energy source, especially in areas with clear skies and high solar irradiance. This is why solar panels offer high returns on investment, making them a lucrative option for long-term investments.

Do solar panels work during cloudy days?

Solar panels work on cloudy days, though at a reduced efficiency. They still generate power from diffused sunlight but perform best under direct sunlight.

How long do solar panels last?

Solar panels typically last 25-30 years with proper maintenance. Their performance may degrade slightly over time but still produce a significant amount of electricity.

What is net metering?

Net metering allows solar panel owners to send excess electricity back to the grid, earning credits that can offset future electricity bills.

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