In the vanguard of the renewable energy revolution

each moment of solar energy conversion

is contributing to a brighter future for humanity

As the first dewdrop fractures on the coated glass

Tongwei TNC 2.0 modules

commence their round-the-clock performance guarantee

Morning dew

Slides away without trace

Twilight:

Operates uninterrupted, even in low light

Midday:

Maintains performance, unaffected by high temperatures

Frosty night:

Thermal shifts cause no deformation

There are no fragile periods

only untapped solar potential

Tongwei TNC 2.0 modules

represent a golden opportunity for power generation at every moment

Morning Dew Unfaded: High-Humidity Challenge

MORNING

As the initial rays of sunlight penetrate the misty atmosphere

the condensation on the surface

signals the commencement of the "morning exam"

Tongwei TNC 2.0 modules

incorporate 2.0mm semi-tempered glass on both the front and back surfaces

The front glass features a dual-layer coating

while the back panel eliminates the single-glass structure

constructing a physical barrier against water ingress

This design effectively reduces moisture permeability

and enhances corrosion resistance

The TNC 2.0's resistance to damp heat is rigorously tested

according to Tongwei's internal control standards

which are twice as stringent as the IEC standards

This stringent quality control

achieves industry-leading performance

It successfully passes

high-humidity environment

DH2000

damp heat and high temperature

PID 288

and other certification tests

ensuring that TNC 2.0 modules

maintain high-power output in humid environments

Blazing Sun: High-Temperature Battlefield

MIDDAY

As the sun reaches its zenith

photovoltaic modules endure a high-temperature

and intense ultraviolet "ordeal"

Compared to the conventional IEC61215/61730 test conditions

Tongwei modules pass the intensified test standards of IECTS 63126

including

high-temperature hot-spot endurance

high-temperature ultraviolet durability

high-temperature thermal cycling

the thermal performance of high-temperature bypass diodes

and other enhanced reliability tests

They maintain stable power generation under "scorching" conditions with exceptional performance

Twilight Descends: Conquering Dim Light

AFTERNOON

Leveraging the technological advantages

of Tongwei TNC cells

when the light intensity drops below 200W/㎡

the bifacial dual-glass structure begins to capture the final rays of light

Relying on Tongwei TNC cells's

leakage channel optimization

higher parallel resistance

superior backside heat dissipation

passivation layer reduction of composite losses

and other technological strengths

even in low-irradiance environments

the cells can maintain good performance

This significantly enhances the energy capture capability of

TNC 2.0 modules in low-light conditions

ensuring stable power generation

throughout the transition from dawn to dusk

Day-Night Cycles: Thermal Endurance Trials

NIGHT

After undergoing the TC 600 intensified thermal cycling test

Tongwei TNC 2.0 modules are guaranteed to remain efficient

and stable under temperature variations

The module test temperature cycles between

(-40±2)℃ and (+85±2)℃

with a cycle count three times

that of the conventional

IEC61215 (200 cycles)

Tongwei TNC 2.0 modules are unfazed by temperature fluctuations

This is not merely a performance "report" for a single module

it is a vivid demonstration of China's PV technology's resilience through cycles

Guided by the "dual carbon" goals

each module is committed to continuous operation 365 days a year, 24 hours a day

converting sunlight into an uninterrupted stream of green energy

As the sun rises tomorrow

new challenges will emerge

but as long as there is light

Tongwei TNC 2.0 modules

will continue to deliver every unit of clean electricity

This is the survival philosophy of high-efficiency modules