太阳能板
(12,319 组件系列 / 46,206 个组件)

• Utilizes bifacial technology for additional energy harvesting from the rear side.

• Demonstrates excellent PID resistance.

• Boasts an industry-leading low thermal power coefficient.

• Module IMP binning significantly reduces string mismatch losses.

• Based on N-type cell and 210R technology platform, advanced design and manufacturing process, and industry-leading reliability.

• Lower temperature coefficient, better low-light performance, lower PID degradation.

• Durable product structure, stringent quality control system, and guaranteed after-sales service to ensure long-term reliability.

• Impressive max efficiency of 22.28%

• 108 Half-Cells

• N-TOPCon Cell Technology

• Super Multi BusBar Technology

• Anti-PID and Low LID Capabilities

• ● Robust 15-year Product Warranty

• ● Comprehensive 30-year Linear Performance Warranty

• These modules for vertical installations reach up to 740 W and 23.82% efficiency.

• Use n-type 210mm cells, 0BB technology, and a half-cut design in a 132-cell format, with bifaciality up to 98%.

• Designed for applications like agrivoltaics and building facades, they offer a dual-peak generation profile and enhanced revenue stability.

• N-type microcrystalline HJT technology

• Dual-glass module with up to 90% bifaciality and 7-30% power gain on the back side

• Half-cut cell design

• High wear resistance and waterproof, ideal for humid, windy, and dusty environments

• 25-year product warranty

• Less than 0.35% annual degradation over 30 years

21.28% Maximum Efficiency

144 Half-Cells

Gallium-doped Technology

An-PID and Low LID

Better Hot Spot Tolerance

12-Year Product Warranty

25-Year Linear Performance Warranty

• They achieve a conversion efficiency of 24.14%.

• The modules use n-type 210mm cells with 0BB technology and a half-cut design.

• Bifaciality reaches up to 90%.

• Features include optimized temperature coefficient, low-irradiance response, enhanced sealing, and light-conversion film for improved reliability and long-term performance.

• These modules for offshore PV projects reach up to 750W and 24.14% efficiency.

• Use a microcrystalline-silicon process, 0BB technology, a non-destructive half-cut design, and n-type 210mm cells.

• Features a corrosion-resistant dual-glass structure and PIB edge sealing for durability in harsh environments, offering higher energy yield.

21.73% Maximum Efficiency

136 Half-Cut 210mm Cells

Gallium-doped Technology

High-Density Interconnect Technology

Anti-PID and Low LID

Better Hot Spot Tolerance

12-Year Product Warranty

25-Year Linear Performance Warranty

• LONGi Solar Panels | Next-Level Performance & Reliability

• HPBC Cell and Tairay Inside, Provide Stronger Power Generation Performance

• Optimum Size-Lower Transportation Costs and BOS Costs

• Full Back Welding Technology Enhances Panel's Resistance to Micro-cracking

• No Grid Line On the Front Surface

• EVA encapsulated

• Glass foil sandwich laminated

• Sandblasted anodizing Aluminum frame

• IEC 5400Pa tested

• Hail up to 25mm diameter, 80 Km/h tested

• Wide temperature range of -40 to +85 ℃

• Nominal operating cell temperature (NOCT) of 47℃

High Efficiency 20%-23%

Wind/Snow Load 2400Pa/5400Pa

Lower temperature coefficient and operating temperature -40~+85°C

0~+5 Power Output Tolerance

Resistant to harsh environments such as salt, ammonia, sand, high temperature and high humidity areas

• The power output of up to 555 watts

• Designed to withstand the toughest weather conditions

• Enhanced efficiency of up to 21.5%

• PERC technology, half-cell design & 10-busbars

• Less partial shading current mismatch loss