Product Warranty on Materials and Workmanship 15 Years*
Linear Performance Warranty for 30 Years*
Commercial Solar Panels
Commercial solar panels are high-performance photovoltaic modules designed to meet the large-scale power requirements of businesses, industries, factories, warehouses, institutions, and commercial buildings. These panels offer superior efficiency, long-lasting durability, and reliable energy generation, making them an ideal solution for reducing electricity costs and achieving long-term energy independence.
| KEY FEATURES | |
|---|---|
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Superior module efficiency with bifacial power gain. |
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Anti-Reflective (AR) coated glass for enhanced power. |
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Positive power tolerance with current binning minimizes mismatch losses. |
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A1 GREEN Solar Modules ensure long-term reliability. |
TECHNICAL DATA
| ELECTRICAL CHARACTERISTICS* | A1GS16BB132-610 | A1GS16BB132-615 | A1GS16BB132-620 | A1GS16BB132-625 | A1GS16BB132-630 | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| STC | NOCT | STC | NOCT | STC | NOCT | STC | NOCT | STC | NOCT | |
| Nominal Maximum Power (Pmax) | 610 W | 457 W | 615 W | 461 W | 620 W | 465 W | 625 W | 468 W | 630 W | 476 W |
| Optimum Operating Voltage (Vmp) | 40.95 V | 38.45 V | 41.18 V | 38.67 V | 41.37 V | 38.85 V | 41.52 V | 38.99 V | 41.52 V | 38.88 V |
| Optimum Operating Current (Imp) | 14.95 A | 11.90 A | 14.95 A | 11.93 A | 15.00 A | 11.97 A | 15.06 A | 12.02 A | 15.10 A | 12.17 A |
| Open Circuit Voltage (Voc) | 48.54 V | 45.77 V | 48.68 V | 45.91 V | 48.92 V | 46.13 V | 49.18 V | 46.38 V | 49.50 V | 47.03 V |
| Short Circuit Current (Isc) | 15.66 A | 12.62 A | 15.669 A | 12.65 A | 15.72 A | 12.67 A | 15.73 A | 12.68 A | 16.12 A | 12.99 A |
| Module Efficiency | 22.60% | 22.79% | 22.97% | 23.16% | 23.32% | |||||
| BIFACIAL OUTPUT – BACKSIDE POWER GAIN @ STC* (Bifaciality Factor: 80% ± 05%) | |||||
|---|---|---|---|---|---|
| 5% | Nominal Maximum Power (Pmax) | 640 W | 645 W | 651 W | 656 W |
| Module Short Circuit Current / Efficiency | 16.44 A / 23.73% | 16.48 A / 23.93% | 16.50 A / 24.12% | 16.52 A / 24.32% | |
| 10% | Nominal Maximum Power (Pmax) | 671 W | 676 W | 682 W | 687 W |
| Module Short Circuit Current / Efficiency | 17.23 A / 24.86% | 17.26 A / 25.07% | 17.29 A / 25.27% | 17.30 A / 25.47% | |
| 25% | Nominal Maximum Power (Pmax) | 762 W | 768 W | 775 W | 781 W |
| Module Short Circuit Current / Efficiency | 19.58 A / 28.25% | 19.62 A / 28.48% | 19.65 A / 28.72% | 19.66 A / 28.95% | |
| Dimensions | 2382(L) × 1133(W) × 35(T) in mm |
| Weight (kg) | 34.5 |
| Cell type / No of Cell | 132 Half-cut N-type TOPCon Bifacial Solar cells |
| Frame | Anodized Aluminium Alloy (6005, Temper T6, Silver colour) |
| Front Cover | Low Iron semi-Tempered AR coated Glass (2 mm thick) |
| Encapsulate | PID resistant and UV resistant Polymeric Film |
| Back Cover | Low Iron semi-Tempered Glass (2 mm thick) |
| Junction Box | 35A Split Junction Box (3 nos. with individual Bypass Diode) – IP68 |
| Bypass Diode | 45 V, 200 ℃ max junction temperature |
| Cable | 4 sq. mm, 300 mm (customisable) |
| Connectors | MC4 compatible |
| Application Class | Class A |
| Safety Class | Class II |
| Mechanical Load | 5400 Pa Front / 2400 Pa Back |
| Mounting Holes (Y) | [A]1400 [B]1000 [C]400 |
| Mounting Holes (X) | 1095 |
| Operating Temperature | -40°C to +85°C |
| Maximum System Voltage | 1500 V |
| Maximum Series Fuse | 35 A |
| Current (Isc) | 0.0350% / ℃ |
| Voltage (Voc) | -0.2277% / ℃ |
| Power (Pmax) | -0.2827% / ℃ |
| No. of Modules | 279 | 620 |
| No. of Pallets | 09 | 20 |
| Modules / Pallet | 31 Nos / 1130 Kg | |
| Pallet Dimensions | 2420 × 1130 × 1275 mm | |
Warranty: 30-year linear performance warranty (1% first year, 0.4%/year thereafter).
Disclaimer: Specifications subject to change without notice.
Ground Mount Solar System or Solar Farm
A Ground Mount Solar System—often referred to as a Solar Farm—is a large-scale solar installation designed to generate high-capacity renewable energy using open land areas such as agricultural fields, industrial plots, barren land, or unused property. Unlike rooftop systems, ground-mounted solar projects provide greater flexibility in design, orientation, and layout, allowing for maximum sunlight exposure and higher energy production.
Solar farms use advanced mono PERC or TOPCon solar panels combined with strong galvanized steel mounting structures installed at optimal tilt angles. These systems can be fixed-tilt or equipped with single-axis or dual-axis trackers that follow the sun throughout the day to increase overall generation. The result is a highly efficient and stable power plant capable of supplying electricity to industries, commercial units, housing societies, or even feeding directly into the power grid.
Ground Mount Solar System or Solar Farm
A Ground Mount Solar System—often referred to as a Solar Farm—is a large-scale solar installation designed to generate high-capacity renewable energy using open land areas such as agricultural fields, industrial plots, barren land, or unused property. Unlike rooftop systems, ground-mounted solar projects provide greater flexibility in design, orientation, and layout, allowing for maximum sunlight exposure and higher energy production.
Solar farms use advanced mono PERC or TOPCon solar panels combined with strong galvanized steel mounting structures installed at optimal tilt angles. These systems can be fixed-tilt or equipped with single-axis or dual-axis trackers that follow the sun throughout the day to increase overall generation. The result is a highly efficient and stable power plant capable of supplying electricity to industries, commercial units, housing societies, or even feeding directly into the power grid.
Professional Off-Grid Solar & Battery Installations
Professional Off-Grid Solar & Battery Installations are designed for homes, farms, commercial units, and remote locations that require a reliable and independent power source without depending on the electricity grid. These systems combine high-efficiency solar panels with advanced battery storage technology, ensuring continuous power supply during the day, night, and even in long power outages.
An off-grid system typically includes solar panels, MPPT charge controllers, premium-grade lithium or tubular batteries, and high-performance off-grid inverters. Together, they create a self-sustained power ecosystem capable of running essential loads such as lights, fans, appliances, pumps, CCTV systems, and machinery—depending on the system size.
Professional installations ensure correct sizing based on your energy consumption, load patterns, and location. Expert engineers design the system to deliver maximum energy generation and long battery backup, while maintaining safety standards through high-quality wiring, protection devices, earthing, and monitoring equipment. Proper installation also improves battery life and ensures stable system performance throughout the year.
Professional Off-Grid Solar & Battery Installations
Professional Off-Grid Solar & Battery Installations are designed for homes, farms, commercial units, and remote locations that require a reliable and independent power source without depending on the electricity grid. These systems combine high-efficiency solar panels with advanced battery storage technology, ensuring continuous power supply during the day, night, and even in long power outages.
An off-grid system typically includes solar panels, MPPT charge controllers, premium-grade lithium or tubular batteries, and high-performance off-grid inverters. Together, they create a self-sustained power ecosystem capable of running essential loads such as lights, fans, appliances, pumps, CCTV systems, and machinery—depending on the system size.
Professional installations ensure correct sizing based on your energy consumption, load patterns, and location. Expert engineers design the system to deliver maximum energy generation and long battery backup, while maintaining safety standards through high-quality wiring, protection devices, earthing, and monitoring equipment. Proper installation also improves battery life and ensures stable system performance throughout the year.
Mono PERC Solar Modules
Mono PERC Solar Modules are high-efficiency photovoltaic panels designed to deliver superior performance, reliability, and long-term energy output. Built using Monocrystalline PERC (Passivated Emitter Rear Cell) technology, these modules offer enhanced light absorption and improved energy conversion, making them one of the most advanced and widely used solar technologies in the industry today.
With their uniform black appearance and high power ratings, Mono PERC modules generate more electricity even in limited space, making them ideal for residential rooftops, commercial installations, industrial projects, and large solar farms. The PERC technology boosts efficiency by reflecting unused light back into the cell, allowing the panel to produce higher energy—especially during mornings, evenings, and cloudy conditions.
These modules are engineered for durability, featuring strong glass, weatherproof frames, and enhanced load resistance to withstand harsh environmental conditions such as high winds, heavy rainfall, and extreme temperatures. They also offer excellent low-light performance and reduced degradation, ensuring stable output year after year.
Pure Sine Wave 10kW Hybrid Solar Power Inverter (Single Phase)
The Pure Sine Wave 10kW Hybrid Solar Power Inverter is a high-performance, single-phase hybrid inverter designed for homes, commercial spaces, shops, offices, and small industrial applications that require a stable and efficient solar power solution. This inverter seamlessly combines solar energy, battery backup, and grid supply to ensure uninterrupted, clean, and reliable electricity.
Built with advanced pure sine wave technology, it delivers smooth and consistent power output, making it safe for sensitive appliances such as computers, AC units, refrigerators, medical equipment, servers, and electronic devices. The hybrid design allows the inverter to intelligently manage energy by prioritizing solar power, storing excess energy in batteries, and using grid power only when needed.
This 10kW hybrid inverter supports various battery types—including lithium, tubular, and VRLA—offering flexible backup options based on your energy requirements. The intelligent MPPT solar charge controller maximizes solar generation, ensures faster charging, and improves overall system efficiency. Its smart monitoring system allows real-time tracking of energy production, battery status, and load consumption through a built-in display or mobile app.
Pure Sine Wave 10kW Hybrid Solar Power Inverter (Single Phase)
The 10kW Pure Sine Wave Hybrid Solar Inverter is a powerful and intelligent energy solution designed for reliable, uninterrupted performance in homes, offices, shops, and commercial establishments. This single-phase hybrid inverter efficiently integrates solar energy, battery storage, and grid supply, ensuring continuous power even during outages.
Equipped with advanced MPPT technology, it maximizes solar power generation, supports fast battery charging, and maintains high system efficiency throughout the day. Its pure sine wave output guarantees smooth, noise-free, and safe power delivery for sensitive appliances such as air conditioners, computers, refrigerators, and electronic equipment.
The inverter supports multiple battery technologies, including Lithium, Tubular, and VRLA, giving users flexible backup options based on their requirements. Intelligent energy management automatically prioritizes solar power, reduces grid dependency, and lowers electricity expenses.
