HJT (Heterojunction with Intrinsic Thin layer) 680-700 Watt Double Glass Bifacial Mono PV-Modules are advanced and high-powered solar panels known for their exceptional efficiency and innovative design. These modules have the ability to generate power from both sides, increasing their overall energy yield significantly.

Product Advantages：

1.Bifacial Generation

The Double Glass Bifacial HJT Mono Half Cell PV-Module is a solar panel that generates electricity from both sides. It not only absorbs sunlight from the front side but also captures reflected light from the rear side. This means that, under appropriate conditions, it can produce more electricity by utilizing the surrounding reflected light, enhancing overall energy generation efficiency.

2.High Efficiency

The use of HJT technology in this solar panel results in relatively high energy conversion efficiency. HJT technology combines the advantages of traditional crystalline silicon solar cell technology and thin-film solar cell technology, offering lower non-radiative recombination losses and higher photovoltaic efficiency.

3.Double Glass Encapsulation

The Double Glass Bifacial HJT Mono Half Cell PV-Module features a double glass encapsulation design. This encapsulation makes the solar module more durable and stable, allowing it to withstand the impact of weather conditions, humidity, and other environmental factors. Additionally, the double glass encapsulation reduces the aging rate of the solar panel, extending its lifespan.

4.High Transparency

The rear glass in the double glass encapsulation has high transparency, allowing light to penetrate easily to the back of the solar cell, increasing the capture rate of reflected light. This further enhances the solar panel’s bifacial generation capability.

5.Self-Cleaning

The double glass encapsulation also exhibits self-cleaning properties, reducing the buildup of dust, dirt, and water droplets on the backside of the solar panel. This helps maintain the transparency of the rear side and further improves the solar panel’s energy generation efficiency.

6.Mechanical Strength

The double glass encapsulation provides higher mechanical strength, making the solar panel more resistant to mechanical shocks and external pressure, reducing the risk of damage.

7.Temperature Coefficient

HJT technology has a lower temperature coefficient, meaning this type of solar panel experiences less performance degradation under high-temperature conditions, exhibiting more stable performance.

8.Environmentally Sustainable

This type of solar panel is made from renewable materials such as silicon, contributing to an environmentally sustainable energy solution.

Product Applications:

1.Large-Scale Solar Farms

These high-efficiency and bifacial solar panels are particularly suitable for large utility-scale solar farms and solar power plants. Their high power output and bifacial capability make them ideal for maximizing energy production in expansive solar installations.

2.Commercial and Industrial Rooftop Installations

They can be used in commercial and industrial settings for rooftop solar installations, providing businesses with a reliable and sustainable source of high-powered electricity to meet their energy demands, with the added advantage of increased energy yield from the bifacial design.

3.Large Commercial and Industrial Projects

They can be integrated into large-scale commercial and industrial projects, such as data centers, manufacturing facilities, and warehouses, providing a significant amount of electricity to power various operations and processes.

4.Solar Canopy and Carport Installations

Their high power output and bifacial design make them well-suited for use in solar canopy and carport installations, providing ample electricity generation and shaded areas for parking lots and outdoor spaces.

5.Microgrid and Off-Grid Systems

These panels can be integrated into microgrid systems and off-grid installations, providing a reliable and high-powered energy source for communities, industrial complexes, and remote areas that require a substantial amount of electricity.

6.Building-Integrated Photovoltaics (BIPV)

Their durable double glass design and high power output make them suitable for building-integrated photovoltaic applications, where solar panels can be seamlessly integrated into the architecture of buildings, providing significant energy generation along with architectural value.

7.Large-Scale Agricultural and Farming Applications

They can be utilized in large agricultural and farming applications, such as powering irrigation systems, agricultural machinery, and processing facilities, enabling farmers and agricultural businesses to operate sustainably and efficiently.

For More Details, Please Send Your Inquiry To MJK Power Team. Thank You!