米乐m6

PV

Mingyang has innovated the world’s third-generation solar power equipment technology.
Mingyang has mastered/Mastering the most advanced heterojunction and chalcogenide technologies and the new generation of CdTe thin film photovoltaic technologies, seizing the high point of global technology and production capacity.
Mingyang has established a Photovoltaic Technology Research Institute, with a team led by nationally appointed professor (an expert in the PV industry), aiming at solving the current high cost of high-efficiency cells, and make technical reserve for realizing mass production of the new technology.

The Next-Generation of Heterojunction Photovoltaic Technology Leader

As the next-generation of heterojunction PV technology leader, Ming Yang, adhering to the philosophy of “innovation-driven, efficiency leading”, the company dedicated to the R&D and manufacturing of ultra-high-efficiency N-type cells and modules, and to building a world-class high-efficiency PV cell and module manufacturing center through continuous innovation.

SOL-IFIC SERIES High Efficiency HJT Module

More efficient, more reliable

MYMH-54HDB

High Efficiency HJT Black Module

MYMH-66HDR

High-efficiency heterojunction (HJT) bifacial dual-glass modules

MYMH-72HD

High-efficiency heterojunction (HJT) bifacial dual-glass modules

MYMH-54HDB

High Efficiency HJT Black Module

MYMH-66HDR

High-efficiency heterojunction (HJT) bifacial dual-glass modules

MYMH-72HD

High-efficiency heterojunction (HJT) bifacial dual-glass modules

>24.7%

Utilizing cutting-edge microcrystalline technology to achieve higher conversion efficiency at the battery end.
ModuleThe efficiency of the Ming Yang HJT module exceeds 22.6%, enabling higher power output and greater returns. In the same area scenario, the installation capacity is increased by over 7%; with the same installation capacity, it takes up less land and has lower BOS costs.

-0.255%/℃

Lower temperature coefficient ensures stable returns in extremely hot regions.
The Ming Yang HJT module has a lower temperature coefficient (-0.255%/°C), meaning that under the same external temperature conditions, the average daily operating temperature of the product is lower than traditional PERC modules (-0.35%/°C), greatly reducing power loss in high-temperature environments and effectively ensuring the module’s power generation stability in hot regions.

90%+

Ultra-high double-sided rate brings additional returns.
Thanks to the heterojunction double-sided symmetrical structure, the double-sided rate of Ming Yang HJT modules can reach over 90%, providing higher backside power generation gains and over 10% more electricity generation compared to PERC modules.

30年

Linear power guarantee
First-year power attenuation < 1.0%

The power attenuation of Mingyang HJT modules is low, with first-year power attenuation < 1.0% and annual power attenuation < 0.35%. The product offers a 15-year process quality guarantee and a 30-year linear power guarantee, enhancing the overall investment return of the project.

Application Scope

The products have diverse application scenarios, providing high-quality, efficient, clean energy solutions.

Large centralized power stations (covering deserts, mountainous areas, etc.)

The Mingyang Vermilion Phoenix series modules feature high conversion efficiency, low operating temperatures, dual-side power generation gains, and high stability, among other comprehensive advantages, enhancing the overall power generation revenue of the power station across multiple dimensions.

Commercial factory roofs

For distributed commercial and industrial scenarios in different regions and industries, Mingyang customizes tailored solutions to help customers achieve superior overall benefits.

Distributed residential roofs

Featuring selected aesthetic design and higher power output next-generation HJT modules, offering flexible installation, providing a 30-year linear power product guarantee, and delivering a better clean energy usage experience.

Offshore photovoltaics

To address environmental challenges such as waves, high temperatures, salt fog, extreme climates, etc., Mingyang provides more reliable frame and encapsulation technology components that perfectly meet the requirements of offshore installations.

Photovoltaics + Agriculture (fishery, agriculture, tea plantation, etc.)

In response to the national call for “new energy + rural revitalization,” Ming continues to explore various innovative applications of photovoltaics combined with agriculture, achieving scientific development and efficient utilization of light and land resources.

Photovoltaics + Transportation (smart vertical photovoltaics for transportation, intelligent photovoltaic carports, etc.)

Based on the characteristics of the transportation industry, Mingyang actively promotes the integrated development of photovoltaics and transportation facilities such as “photovoltaics + parking” and “photovoltaics + highways” to facilitate the coupling of power generation and consumption.

Leading Perovskite Cell Technology

Mingyang possesses a world-class R&D team in the field of perovskite and has established an efficient perovskite solar cell experimental center. The current conversion efficiency of perovskite cells is 25.11%, placing them in the forefront internationally.
25.11% Conversion Efficiency of Perovskite Cells

碲化镉光电玻璃

  • High safety

    No hotspot effect, environmentally friendly, stable power output

  • More cost-effective

    Short payback period, good thermal performance, more energy-efficient

  • Higher electricity yield

    Less dependence on tilt angle, good performance under weak light, strong shadow tolerance

  • More aesthetically pleasing

    The color of the battery film layer maintains overall consistency, Customizable light transmittance, color, and patterns

Color, pattern, and transparency of customized power generation glass products

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Ming Yang Photoelectric Glass - Gorgeous Series

Ming Yang Photoelectric Glass - Gorgeous Series

Ming Yang Photoelectric Glass - Transparent Series

Ming Yang Photoelectric Glass - Colorful Series

Ming Yang Photoelectric Glass - Colorful Series

Ming Yang Photoelectric Glass - Dazzling Series

Ming Yang Photoelectric Glass - Dazzling Series

Provide multiple structural solutions for building requirements

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Double-Glass Structure

Triple-Glass Structure

Laminated Hollow

Double Laminated Hollow

Cadmium Telluride Photovoltaic Glass

Mingyang controls the new My-RK series photovoltaic chips equipped with third-generation coating technology. In Mingyang’s photovoltaic glass laboratory, the cell conversion efficiency exceeds 21%, and the production module conversion efficiency exceeds 17%. They hold the highest conversion efficiency certification accredited by third-party authoritative institutions in China, maintaining a leading position in the thin-film PV industry. The company has the first domestically owned hundred-megawatt-level photovoltaic glass production line with proprietary intellectual property, possessing the manufacturing capacity for 3.2mm and above 5mm thick CdTe chips. The coating precision is at the nanometer level, with a cycle time of 25 seconds.

Application Scope of Cadmium Telluride

The products have a wide range of applications, providing high-quality, efficient, clean energy solutions.

Green Buildings in Cities

Green buildings have been successfully applied in stadiums, framed photovoltaic curtain walls, unitized photovoltaic curtain walls, high-rise residential buildings, apartments, and super high-rise office buildings. They are also used in park supporting houses, distribution rooms, public facilities, photovoltaic railings, corridors, canopies, photovoltaic trees, etc.

Residential Photovoltaic Integration

Sunlit cottages, vitreous pavilions, jade-tiled golden roofs, light-collecting stations

Rural Revitalization

Roof photovoltaic tiles, “agriculture-photovoltaic complementarity,” “tea-photovoltaic complementarity,” “fishery-photovoltaic complementarity”

Distributed Power Stations

Mingyang Ruikework’s industrial roof solutions are mainly applied to cement roofs and colorful steel tile roofs.

Combined Light and Energy Storage

Photovoltaic lamps, photovoltaic garbage bins, bus shelters

Low-carbon Transportation

High-speed rail stations, train stations, subways, parking lots, pedestrian overpasses, airports, ports
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