The Avaada Enlume AVN66G12G 720W solar panel is a high-efficiency N-Type TOPCon bifacial glass-to-glass solar module designed for high-output rooftop and utility-scale solar installations. With 720W maximum power output, up to 23.18% module efficiency, 132 N-Type TOPCon cells, 18-busbar technology and an 80% ±5% bifaciality factor, this module is engineered to deliver high energy generation while making efficient use of available installation space.

The AVN66G12G uses N-Type TOPCon technology with a bifacial glass-to-glass construction. According to the manufacturer datasheet, the rear side can provide up to 30% additional power generation gain depending on albedo, while the N-Type cell architecture provides low Light Induced Degradation (LID) and improved temperature performance. 

For customers looking for a 720W solar panel, high-efficiency solar panel, N-Type TOPCon solar panel, bifacial solar panel or solar panel for large rooftop installations, the Avaada Enlume AVN66G12G combines high wattage, bifacial generation and long-term performance in a large-format module.

Key Features of Avaada Enlume 720W Solar Panel

1. 720W High-Power Solar Module

The Avaada Enlume AVN66G12G delivers a maximum rated output of 720Wp, with the product series available from 700W to 720W. The 720W version achieves 23.18% module efficiency under standard test conditions. 

The high wattage can help reduce the number of modules required for a given system capacity, subject to system design, available roof area and inverter compatibility.

2. N-Type TOPCon Solar Cell Technology

The AVN66G12G uses N-Type TOPCon, MBB 132-cell technology. N-Type TOPCon cells offer low LID characteristics and are designed for reliable long-term power generation. The datasheet also highlights improved temperature coefficient performance for hot-climate applications. 

3. Bifacial Solar Panel with 80% ±5% Bifaciality

This is a bifacial solar panel, meaning the module can generate electricity from light reaching both the front and rear sides. Avaada specifies a bifaciality factor of 80% ±5%, with additional rear-side power generation depending on the site's albedo and installation conditions. 

This makes the module particularly relevant for installations where the rear side can receive useful reflected light.

4. Glass-to-Glass Module Construction

The AVN66G12G uses 2.0 mm anti-reflection coated front glass and 2.0 mm semi-tempered back glass, combined with POE/EPE/EVA encapsulation and an anodized aluminium alloy frame. 

The glass-to-glass construction is designed for long-term outdoor operation and contributes to the module's durability.

5. Positive Power Tolerance: 0 to +5W

The module has a specified 0 to +5W power tolerance, meaning the rated power output does not fall below the nominal wattage within the stated tolerance range. 

For the 720W version, the datasheet therefore specifies a nominal 720Wp module with a positive power tolerance.

6. Better Performance in Low-Light Conditions

The Avaada Enlume datasheet highlights a wide spectral response and higher power output under low-light conditions, including conditions such as smog or cloudy days. 

This characteristic can be valuable for locations where solar irradiance varies throughout the day.

7. Designed for Hot and Humid Conditions

The module has an operating temperature range of -40°C to +85°C, with a specified NOCT of 45°C ±2°C. The temperature coefficient of maximum power is -0.30%/°C. 

The datasheet also identifies wider applicability including high-humidity areas and hot-climate applications. 

8. IP68 Junction Box

The AVN66G12G incorporates an IP68-certified junction box with three diodes, designed for long-term weather endurance. 

9. 1500V DC Maximum System Voltage

The module supports a maximum system voltage of 1500V DC, making it suitable for appropriately designed high-voltage solar PV systems. 

Avaada Enlume 720W Solar Panel Technical Specifications

The 720W electrical values above are taken directly from the datasheet's STC table. The manufacturer specifies STC as 1000W/m² irradiance, 25°C cell temperature and AM1.5 air mass.  Mechanical, operating and temperature specifications are provided on page 2 of the datasheet. 

720W Solar Panel Performance at NOCT

The datasheet also provides NOCT electrical characteristics for the AVN66G12G series. At the 720W module rating, the stated NOCT values are:

The manufacturer defines NOCT conditions as 800W/m² irradiance, 20°C ambient temperature and 1 m/s wind speed. 

30-Year Linear Performance Warranty

The Avaada Enlume AVN66G12G comes with a 12-year workmanship warranty and 30-year linear performance warranty according to the datasheet. 

The stated degradation schedule is 1% during the first year and 0.40% annually from year 2 through year 30. The manufacturer notes that warranty claims are applicable when its manual guidelines are followed. 

This long-term performance warranty makes the module suitable for solar projects where maintaining energy generation over an extended operating life is an important consideration.

Certifications and Standards

The datasheet lists the following standards and certifications for the module:

• BIS

• IEC 61730

• IEC 61215

• UL 61730

• IEC 62804 – PID

• IEC 61701 – Salt Mist

• IEC 61716 – Ammonia

• IEC 62782

• LID / LeTID

• IEC 60068 – Sand & Dust

• CEC

• CE

The manufacturer notes that a few certifications were in process at the time of the datasheet. 

Applications of the Avaada 720W Bifacial Solar Panel

The high-wattage AVN66G12G can be considered for appropriately designed:

• Residential rooftop solar systems

• Commercial rooftop solar projects

• Industrial rooftop solar installations

• Large-scale solar PV projects

• Ground-mounted solar power plants

• Utility-scale solar installations

• High-capacity solar power systems

• Bifacial solar installations

Actual system design should account for roof structure, module layout, inverter specifications, shading, electrical configuration and site conditions.

Why Choose an N-Type TOPCon Bifacial Solar Panel?

Modern solar installations increasingly focus on higher module efficiency, lower degradation, greater power density and improved lifetime energy generation. The Avaada Enlume AVN66G12G addresses these requirements through its combination of N-Type TOPCon cells, bifacial architecture, glass-to-glass construction, 720Wp output and 23.18% efficiency. 

Its bifacial design can further utilise reflected light reaching the rear side of the module. The actual additional energy generated from the rear side will depend on factors including ground reflectivity, module elevation, mounting structure and site design. The datasheet states a bifaciality factor of 80% ±5% and up to 30% additional power generation gain depending on albedo.