Solar Module 410W 405W 400W 182mm 108 Half Cells PV Panel for home

EVO 5 Series Mono PERC 108 Half Cells 400W 405W 410W 415 Wp 420 Watt Solar Panel

The Evo 5 series product adopts 182mm large sieze silicon wafers, MBB and half-cell technology, which greatly shortens the current conduction distance on the fine grid by more than 50% and reduces the Rs(series resistance) loss. The Evo 5 solar module has a higher energy density and can reach a maximum efficiency of 21.5%.

Electrical Specification

Certifications

All of SunEvo's products have been certified by professional third-party testing bodies around the world, and the testing conditions are complex and diverse, from ordinary installation conditions to various extreme weather conditions, natural environments. We pursue the ultimate in quality and provide the best guarantee for customers' assets and profits.

· ISO 9001: 2015: ISO Quality Management System

· ISO 14001: 2015: ISO Environment Management System

· ISO 45001: 2018: Occupational Health and Safety

· CE & EU declaration of conformity

· IEC 61215 / IEC 61730 Anti-PID Test for Photovoltaic Module

· IEC 61701 Salt Mist Corrosion Test for Photovoltaic Module

· IEC 60068-2-68 Dust and Sand Test for Photovoltaic Module

· UL1703 / UL 61730 – PV Module Safety Standards by UL / CSA / INTERTEK

· Italian First-Class Report on Fire Prevention

· INMETRO Ex Tariff for Brazil

· MCS / JEPC & JET / CEC(Clean Energy Council) approved PV modules / FIDE / CB / DEWA / RETIE

Core Technologies of Evo 5 Series Solar Panel

1. PERCIUM+ cells

Applying the new-generation high-efficiency PERCIUM+ solar cells, Evo 5 series PV modules achieve more than 23.1% of average mass-produced cell efficiency by improving the passivation process on the front and back, superior low-irradiance power generation performance, and outstanding high-temperature power generation performance. The three-year outdoor testing data from 2017 to 2020 shows that the new-generation PERCIUM+ cells can generate power 2-3% more than those using the 1st generation technology.

2. Gallium-doped technology

All high-efficiency mono-crystalline cells are made of gallium-doped silicon wafers, which have better anti-degradation performance and ensure durable and stable high-efficiency power generation.The first year degradation is within 2%.

3. Multi-busbar cell technology

With MBB PV cell technology, Evo 5 series modules identify 10 / 11 busbar as the best solution by taking comprehensive account of solar cell efficiency, production yield and cost, which have shortened the current transmission distance and reduced resistance loss, thus increasing the conversion efficiency of photovoltaic cells, and reducing the impact of broken grids and micro-cracks on solar PV module performance.

The cells are designed with circular ribbons, and the IAM performance is better than those with conventional flat ribbons at the time of oblique light incidence. Moreover, more busbar designed with smaller diameter circular ribbons can reduce the impact of stress, and effectively improve the high and low temperature resistance performance and mechanical load performance of solar modules.

4. Half-cell technology

Adopting the half-cell technology, Evo 5 series solar cell modules have both higher conversion efficiency and lower normal operating cell temperature (NOCT). The working temperature of half-cell modules is 2-3°C lower than that of full-cell modules, and the hot spot temperature of half-cell solar modules is 10-20°C lower than that of full-cell modules. In addition, half-cell modules have lower shading loss.

5. Advanced module technologies

· High-transmittance glasses are used to improve light transmittance and weather resistance of the solar modules.

· Encapsulation film and backsheet are optimized to improve the power and reliability of the modules.

· Cell-cutting technology is improved to reduce the damage from laser and improve the product reliability.

· With optional innovative slot frame design, the modules feature lighter weight, more convenient installation and better performance in mechanical load.