Perc Panel With Double Glass

The LONGi Hi-MO X7 655W and 656W modules are designed to meet the increasing demand for ultra-high power output in modern photovoltaic systems. Built on advanced N-type cell technology, these modules deliver superior efficiency, stable performance, and long-term reliability for utility-scale and commercial solar projects.

With power classes reaching up to 656W, the Hi-MO X7 significantly reduces the number of modules required per installation. This directly lowers balance-of-system (BOS) costs, including mounting structures, cabling, and labor, making it an ideal solution for large-scale solar plants where cost optimization and performance efficiency are critical.

Parameter Specification
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Model LONGi Hi-MO X7
Rated Power (Pmax) 655W / 656W
Module Efficiency Up to 22.5%
Cell Type N-Type Monocrystalline
Module Structure Double Glass (Glass-Glass)
Number of Cells 132 / 144 Cells (depending on version)

Maximum System Voltage 1500V DC
Operating Temperature -40°C to +85°C
Temperature Coefficient (Pmax) -0.29%/°C

Open Circuit Voltage (Voc) ~ 50V – 52V
Short Circuit Current (Isc) ~ 16A – 17A
Maximum Power Voltage (Vmp) ~ 42V – 44V
Maximum Power Current (Imp) ~ 15A – 16A

Front Glass 2.0 mm Tempered Glass
Rear Glass 2.0 mm Tempered Glass
Frame Anodized Aluminum Alloy
Junction Box IP68 Rated

Mechanical Load (Front) 5400 Pa
Mechanical Load (Rear) 2400 Pa

Connector MC4 Compatible
Cable Length 300 mm / Customized

First Year Degradation ≤ 1%
Annual Degradation ≤ 0.4%

Application Utility-scale / Commercial Solar Projects .

Specifications may vary slightly depending on production batch and region.
For official datasheet, please contact our sales team.
Custom configurations are available upon request.

Bifacial double-glass photovoltaic modules represent one of the most important advancements in modern solar technology.
By combining bifacial energy generation, double-glass durability, and advanced n-type solar cells, these modules deliver higher efficiency, improved reliability, and lower electricity costs.
For developers, investors, and businesses seeking high-performance solar solutions, technologies such as the Vertex N bifacial modules offer a powerful pathway toward more sustainable and cost-effective energy production.
As the world continues its transition toward renewable energy, advanced photovoltaic innovations will play a critical role in shaping the future of global power generation.

Trinasolar's Vertex N series modules have been recognized as the 'Overall Highest Achievers' by RETC for their outstanding product reliability, superior energy yield, and exceptional quality.
The next-generation Vertex N high-efficiency modules leverage the excellent characteristics of n-type cells, including high conversion efficiency, high bifaciality, low temperature coefficient, and minimal degradation. Building upon the advanced 210mm product technology platform, the modules feature high power output, high efficiency, high energy yield, high reliability, and low levelized cost of electricity (LCOE). Vertex N modules redefine leadership in the PV industry.

Commercial and industrial sectors are actively restructuring how electricity is generated, stored, and managed. JA Solar bifacial panels represent a practical response to this shift by combining advanced photovoltaic engineering with long-term infrastructure thinking. Modern energy projects require solutions that function as structural assets rather than temporary installations.

JA Solar bifacial panels are designed to convert unused surfaces into productive energy platforms. Rooftops, logistics centers, parking structures, and industrial facilities become distributed energy generators. This approach reduces dependency on external grids while improving operational resilience.

PERC Panel With Double Glass represents a next-generation photovoltaic solution designed for durability, efficiency, and long-term performance. PERC Panel With Double Glass integrates high-efficiency Passivated Emitter Rear Contact cell technology with a dual-glass encapsulation structure that protects internal components and increases power generation.

3 reasons to choose our solar photovoltaic new energy panel power generation:
1. Tailor-made new energy panel power generation solutions and provide cost-effective photovoltaic power generation equipment systems;
2. Professional solar photovoltaic power generation engineering technical team and professional photovoltaic power station engineering experience;
3. Provide you with one-stop considerate butler services such as consultation, design, and after-sales.

1. Energy independence.If the environment is harsh, then this kind of energy storage system is very necessary.
2. Save electricity bills.Sun power panel can effectively utilize solar energy resources to generate electricity, which can save a lot of electricity bills when used at home;
3. Sustainability.Solar energy is sustainable because sunlight is constantly replenished and shines on the earth
4. Low maintenance cost.Sun power panel don’t have too many complex electrical components, so they rarely break down or require constant maintenance to keep them running optimally.
5. The service life of sun power panel is more than 25 years, and there is almost no need to repair or replace solar photovoltaic panels.

1. Thin: Thin film photovoltaic modules are only a fraction of the thickness of crystalline silicon, are light and flexible, and are easy to install and transport.
2. Flexibility: Thin-film photovoltaic modules can adapt to the application needs of different shapes and curved surfaces.
3. Low cost: The manufacturing process of thin film photovoltaic modules is simple and the production cost is low, which reduces transportation and installation costs.
4. High efficiency: Thin-film photovoltaic modules perform better under conditions such as low light and high temperature.

The 550W solar pane is not an ordinary flexible solar panel, but a double-sided double-glass module, which has higher reflectivity and light absorption effect. The double-sided 550W solar panel allows the solar panel to receive an additional 15% to 20% more energy than flexible solar panel, and placing it on some highly reflective surfaces can also effectively increase the utilization of reflected sunlight.