— Transforming Every Roof, Canopy, and Building into a “Smart Energy System”

In the renewable energy era, solar panels are no longer just “power generators.”
They are evolving into intelligent energy systems that integrate multiple functionalities.

GTPOW introduces the next-generation solar glass panel, combining power generation, snow-melting, cooling, and energy storage.
This allows for more efficient energy use while achieving a seamless integration between architecture and nature.

1️⃣ From “Photovoltaic Module” to “Smart Energy Glass”

Traditional solar panels primarily generate electricity.
GTPOW solar glass panels represent a new paradigm of functional integration.

They not only convert sunlight into clean energy but also feature automatic snow-melting, active cooling, and energy storage capabilities,
delivering all-weather power and versatile application scenarios.

Whether installed on building rooftops, carports, sunrooms, or outdoor power stations,
these panels maintain stable and high-performance output under extreme conditions.

2️⃣ High-Efficiency Power Generation: 25% Conversion Rate + Bifacial Design

GTPOW solar glass panels utilize high-efficiency TOPCon solar cells,
achieving a 25% conversion rate, among the top in the industry.

The bifacial design allows the rear side to capture reflected light from the ground or walls,
significantly increasing total energy generation.

✅ Field tests show:
GTPOW bifacial glass panels can generate 10–15% more electricity than conventional single-sided panels of the same size,
with the advantage especially pronounced in reflective environments like carports or snowy landscapes.

3️⃣ Intelligent Snow-Melting System: From Passive Waiting to Active Clearing

Snow accumulation is a major challenge for PV systems in cold regions.
GTPOW introduces the Smart Snow-Melt System, automatically activating the heating function when the glass surface reaches 32°F (0°C),
melting snow quickly to maintain maximum sunlight exposure.

When the temperature rises to 68°F (20°C), the system automatically shuts off,
saving energy and extending system lifespan.

🌨️ Integrated heating layer + intelligent temperature sensor + high thermal conductivity glass
ensures continuous power generation even in subzero conditions — a true technological breakthrough.

4️⃣ Active Cooling: Preventing High Temperatures from Reducing Efficiency

Conventional PV modules suffer significant efficiency loss in hot summer conditions.
GTPOW glass panels adopt active cooling and reflective temperature reduction technologies,
lowering surface temperatures by approximately 12°C (≈21.6°F).

This not only improves power output but also prolongs panel lifespan.

☀️ Every 1°C reduction in temperature increases solar cell efficiency by ~0.3%,
keeping GTPOW panels operating at optimal output throughout the day.

5️⃣ Energy Storage and System Expansion

GTPOW solar glass panels can be seamlessly integrated with various energy storage systems,
including portable power stations, home storage systems, and EV charging infrastructure.

Through an intelligent control module, users can enjoy:

• Real-time energy monitoring

• Smart temperature regulation

• Automated load distribution

Coupled with the GTPOW App ecosystem, users can remotely monitor power output, temperature, and operational status for each panel,
achieving true “visualized energy management.”

6️⃣ Multi-Scenario Applications: Turning Buildings into Energy Assets

GTPOW solar glass panels are more than just PV components;
they represent the fusion of architectural aesthetics and energy technology.

🏠 Rooftop PV systems — zero-carbon electricity for homes and factories
🚗 Carports & EV charging shelters — shade and power generation simultaneously
🏢 Curtain wall glass — replacing conventional building glass with BIPV solutions
🏕️ Outdoor shading & shelters — continuous power supply for energy storage or lighting systems

Their transparency and modular design allow designers and engineers to seamlessly integrate them into diverse architectural styles,
bringing the vision of “buildings as energy generators” to life.

7️⃣ GTPOW Technology Philosophy: Smarter, Greener, More Reliable

GTPOW consistently drives energy innovation through technology.
From high-efficiency TOPCon cells, to smart thermal and snow-melting algorithms,
to modular energy storage interfaces, every detail is designed to make solar power more practical, intelligent, and accessible.

🌍 “GREEN POWER TO PROTECT OUR BLUE PLANET.”
— Harnessing green energy to safeguard our blue planet.

GTPOW believes that high efficiency is not a luxury;
it is a standard every user deserves.
We will continue to explore higher-efficiency photovoltaic technologies,
making solar energy a truly reliable and sustainable solution.

8️⃣ Conclusion

GTPOW solar glass panels seamlessly integrate power generation, snow-melting, cooling, and energy storage.
They redefine the form of photovoltaic products and reshape the relationship between humans, nature, technology, and architecture.

Future cities will be paved with countless smart glass panels —
shining under sunlight, self-cleaning under snow,
silently delivering clean energy to the world.

GTPOW · Intelligent Solar Evolution.
Let the sun work smarter for you.