About Industrial solar systems
Top-Quality Solar Panels: Designed and manufactured with advanced technology to ensure maximum efficiency and durability.
Expert Installation: Our skilled team ensures seamless installation, optimizing energy output for your projects.
Customized Solutions: We provide tailored solar systems that align with your energy requirements and business goals.
Reliable Support: From initial consultation to maintenance, our team is dedicated to supporting you at every step.
By choosing Pahal Solar, you invest in a sustainable future while achieving significant cost savings on energy consumption. We are confident in our ability to deliver a hassle-free, efficient, and environmentally friendly solar energy system for your industrial needs.
Looking forward to collaborating and illuminating your projects with the power of solar energy!
Durability and ReliabilityBuilt with anodized aluminum alloy framing and high-transmittance tempered glass, these industrial solar panels are designed to withstand mechanical pressures up to 5400 Pa and offer superior protection against wind, snow, and humidity (0%%100%%). Their IP68-rated junction box and anti-reflective coating ensure consistent operation even in harsh climates, safeguarding your investment and maintaining efficient power generation over time.
High Performance and EfficiencyFeaturing 144 polycrystalline silicon cells, each panel achieves an efficiency rate of 19.7%% with a tolerance of 3%%. The advanced surface coating and bypass diodes (rated at 15 A) minimize reflection losses and reduce power drop under shading, ensuring sustained output power at 540 W. The robust cable length, MC4 compatibility, and standard industrial size facilitate seamless integration into various large-scale solar projects.
FAQs of Industrial solar systems:
Q: How do industrial solar panels with a 540 W output benefit large-scale energy applications?
A: Industrial solar panels offering 540 W per unit deliver significant energy for high-demand settings like factories, warehouses, and commercial complexes. They provide reliable electricity generation to meet operational needs, reduce grid dependence, and support sustainability goals.
Q: What processes are involved in installing these solar panels in industrial environments?
A: The installation involves site assessment, mounting the panels using their sturdy anodized aluminum alloy frames, electrical connection through MC4 compatible cables, and integrating with junction boxes featuring IP68 protection. Professional installation optimizes system voltage (up to 1500 V) and ensures safety and performance.
Q: Where can these industrial solar panels be used within India?
A: These panels are suitable for industrial rooftops, open grounds, and large-scale solar farms throughout India. Their robust construction and weather resistance allow them to perform efficiently across diverse climatic regions.
Q: When should organizations in India consider upgrading to these high-efficiency solar systems?
A: Companies should consider upgrading when seeking higher power output, increased reliability, or improved resistance to environmental stress, especially in areas with heavy moisture, snowfall, or temperature fluctuations ranging from -40C to +85C.
Q: How do the anti-reflective coating and high-transmittance glass contribute to panel performance?
A: The anti-reflective surface and high-transmittance tempered glass maximize sunlight absorption and minimize losses due to reflection, directly enhancing energy conversion and increasing annual power yield.
Q: What is the advantage of the IP68-rated junction box in industrial solar installations?
A: The IP68-rated junction box offers watertight, dustproof protection essential for long-term reliability in challenging conditions. It ensures stable system operation even in environments with high humidity or dust levels.
Q: What makes polycrystalline silicon with 144 cells ideal for industrial solar panels?
A: Polycrystalline silicon with 144 cells strikes a balance between cost efficiency and high performance. This arrangement enables strong electrical output, mechanical resilience, and ease of scalability for large projects.