Electrically Heated Glass: Redefining Performance in the Most Challenging Winter and Seismic Conditions

In the most challenging winter and seismic conditions, IQ Radiant Electrically Heated Glass delivers unmatched performance and reliability. Its ability to ensure thermal comfort, prevent condensation, and actively melt snow and ice makes it indispensable for buildings in extreme climates. Combined with seismic-resistant facade systems and smart building technologies, it addresses not only the demands of harsh winters but also the unpredictability of seismic zones, creating resilient, efficient, and sustainable solutions for the future. Whether in sub-zero temperatures or earthquake-prone areas, IQ Radiant Glass sets a new standard for performance, safety, and comfort.

Here’s how IQ Radiant Glass stands out:

Unparalleled Winter Performance

• Thermal Comfort in Any Conditions: IQ Radiant Glass provides consistent radiant heating, ensuring occupants remain warm and comfortable even in sub-zero temperatures. Unlike traditional heating systems, which can leave cold zones near windows, electrically heated glass directly counters heat loss, maintaining stable indoor temperatures regardless of external weather conditions.
• Guaranteed Condensation Control: In high-humidity environments or during rapid temperature drops, IQ Radiant Glass prevents condensation from forming on interior surfaces. This feature ensures clear visibility, structural integrity, and a healthier indoor environment by reducing moisture buildup that can lead to mold or material degradation.
• Proactive Ice and Snow Management: On exterior surfaces, the glass’s heating capabilities melt snow and ice in real-time, preventing accumulation that could obscure natural light, obstruct views, or increase structural loads. This function enhances safety, eliminates the need for chemical deicers, and reduces labor-intensive snow removal.
• Energy Efficiency in Harsh Climates: By integrating IQ Radiant Glass with a building management system (BMS), energy consumption is optimized. The BMS dynamically adjusts heating zones based on occupancy and environmental conditions, minimizing energy waste while maximizing comfort.

Seismic Resilience and Performance in Active Zones

In regions prone to seismic activity, IQ Radiant Glass plays a vital role in ensuring both structural and operational resilience:

• Flexible Integration with High-Performance Facades: When combined with Schüco’s FWS 50 and AWS/ADS 70 High systems, IQ Radiant Glass supports advanced facade designs engineered to withstand significant lateral and vertical forces during seismic events. These systems ensure that the glass remains secure and operational even when the building undergoes stress.
• Safety During and After Events: The heating system maintains functionality post-event, ensuring continued thermal comfort and preventing critical failures like freezing or condensation buildup that could compromise safety or visibility.
• Durability Under Stress: The advanced construction of IQ Radiant Glass makes it resistant to thermal stress and mechanical strain, critical factors in seismic zones where sudden shifts can affect standard glazing systems.

Importance of Electrically Heated Glass for Extreme Winter and Seismic Applications

Electrically heated glass is more than a solution for thermal comfort—it’s a cornerstone technology for resilient and sustainable building designs in the most challenging environments:

• Enhanced Safety: By preventing snow and ice buildup and ensuring clear, condensation-free surfaces, IQ Radiant Glass contributes to safer operations and building accessibility in extreme winters.
• Improved Efficiency: The direct radiant heating eliminates the inefficiencies of traditional systems, particularly in large glass facades, while supporting net-zero energy goals.
• Seismic Compatibility: Its integration with seismic-rated facade systems ensures durability and continuous performance, safeguarding occupants and maintaining building operations during natural disasters.
• Sustainability: When paired with renewable energy solutions like ClearVuePV solar glazing, IQ Radiant Glass reduces reliance on fossil fuels and minimizes environmental impact, even in energy-intensive climates.

The Synergy of Advanced Technologies

When integrated with a BMS and advanced facade systems like Schüco FWS 50 and AWS/ADS 70 High, IQ Radiant Glass becomes part of a holistic solution that addresses the challenges of extreme weather and seismic activity:

• Real-Time Monitoring: A BMS ensures energy efficiency by dynamically adjusting heating output based on environmental conditions and occupancy.
• Seismic-Resilient Design: Schüco’s systems ensure that the facade, including heated glass elements, remains intact and operational during seismic events.
• Long-Term Durability: Both the glass and supporting systems are engineered for longevity, reducing maintenance costs and ensuring consistent performance over time. #IQRadiantGlass #ExtremeWeatherPerformance #SustainableArchitecture #SeismicResilience #ThermalComfortSolutions #EnergyEfficientDesign #SmartBuildingTechnology#