Artur Petkov
Smart Thermos Engineering
Smart Thermos Methodology
An engineering framework for climate-adaptive, energy-efficient building envelopes.
Traditional windows and facades often behave as passive elements. They may lose heat, create condensation, require separate ventilation systems, and fail to adapt to climate differences. Smart Thermos addresses the building envelope as an active engineering system.
Smart Thermos combines advanced glazing, multi-chamber profile systems, thermal segmentation, smart ventilation, sensors, automation, and AI-ready control into one integrated approach.
Advanced glazing
Multi-layered glass systems with integrated thermal sensors that optimize light transmission and heat retention.
Heat-recovery ventilation
High-efficiency ventilation systems that recover and reuse thermal energy from exhaust air to preheat incoming fresh air.
Multi-chamber profiles
Thermal segmentation technology that eliminates heat loss at the frame level through precise engineering.
Humidity and CO2 monitoring
Integrated sensors for precise indoor climate control, preventing mold growth and ensuring optimal air quality.
Thermal bridge reduction
Advanced thermal segmentation and high-quality seals to minimize thermal bridging and improve insulation.
Smart automation
AI-driven climate adaptation and smart home integration for buildings that think and respond to their environment.
Climate Scenarios
- Cold climates: reduce drafts, condensation, heat loss, and icing risks.
- Humid climates: support mold prevention and healthier indoor air.
- Hot climates: reduce solar heat gain and air-conditioning load.
- Reconstruction: scalable solutions for fast rebuilding and public infrastructure.