Focused on urban greening, RSY green, in collaboration with INOCLAD Engineering, develops modular and technology-driven façade and roof systems. These solutions protect buildings from weather, enhance urban microclimates, and create sustainable habitats for plants, birds, and insects. Combining functional building technology with sustainable design, RSY green’s systems improve energy efficiency, promote urban health, and make cities greener, more livable, and resilient.
SUSTAINABLE ARCHITECTURE WITH RSY GREEN
BENEFITS OF GREEN FACADES
Green facades offer more than aesthetic appeal—they are a vital part of sustainable urban development. In densely built environments, they help improve air quality, reduce heat, and enhance overall living conditions. Studies confirm their positive effects on energy consumption, environmental quality, and human well-being.
AIR QUALITY IMPROVEMENT
Living walls filter particulate matter, nitrogen oxides, and other pollutants, while producing oxygen. Research shows that green façades can capture up to 60% of airborne pollutants and reduce nitrogen dioxide by 40%, actively contributing to cleaner and healthier urban air.
COOLING AND OVERHEATING PROTECTION
Green façades lower wall surface temperatures by up to 9 °C, mitigate urban heat islands, and reduce energy demand for air conditioning. Transpiration and shading create comfortable indoor environments and improve building energy efficiency.
NOISE REDUCTION & ACOUSTIC BENEFITS
Vertical greenery acts as a natural sound barrier, reducing noise levels and improving urban acoustic comfort.
WATER RETENTION & RESOURCE EFFICIENCY
Modern façade systems capture rainwater, release it gradually, and relieve urban drainage systems during heavy rainfall, supporting sustainable water management and urban climate adaptation.
BIODIVERSITY & QUALITY OF LIFE
Green façades provide habitats for flora and fauna, increase urban biodiversity, and enhance the quality of working and living environments.
BUILDING PROTECTION & ENERGY SAVINGS
Vegetation protects building surfaces from UV radiation, hail, extreme temperature fluctuations, and dirt, while improving insulation and reducing heating and cooling energy consumption.
SOUR SOLUTIONS FOR GREEN FACADES AND ROOFS
RSY green combines innovative technology with tailored building envelope solutions. From modular planting systems to rooftop gardens, we design façades and roofs that are green, sustainable, and future-ready. Our systems integrate aesthetic appeal, functionality, and technology to improve urban microclimates, optimize energy consumption, and enhance quality of life.
GREEN FACADES
• Capillary irrigation for continuous, invisible plant care
• Web-based microclimate control for optimal growth
• Adaptable to any architectural challenge
Our living walls function as vibrant ecosystems. They reduce heat, filter pollutants, and provide habitats for plants and wildlife. The modular design allows flexible adaptation to complex façades. Advanced sensors automate irrigation, reducing resource consumption and ensuring optimal plant growth.
GREEN ROOFS
• EXTENSIVE GREENING: lightweight, low-maintenance systems with drought-tolerant plants such as sedum, grasses, and mosses
• INTENSIVE GREENING: rooftop gardens for recreation, social interaction, and urban life quality
Green roofs combine aesthetic design with sustainable functionality. Extensive systems reduce surface temperatures, store rainwater, and require minimal maintenance. Intensive rooftop gardens create usable green spaces, support recreation, and foster social interaction. Web-based control ensures optimal irrigation and nutrient supply.
PLANTERS & MODULAR SYSTEMS
• Flexible planting units for vertical and horizontal surfaces
• Custom solutions for complex building structures
• Material options: metal, wood, recycled plastics
Modular planter systems provide maximum flexibility. Suspended or freely placed units allow tailored design and easy maintenance. Smart water reservoirs and microclimate control guarantee efficient water and nutrient supply.
TECHNOLOGICAL INTEGRATION
Web-based control, irrigation sensors, and monitoring systems ensure sustainable plant growth with minimal resource use.
SUSTAINABLE MATERIALS
Recycled plastics, aluminum, and wood are durable, weather-resistant, and reduce environmental impact.
TAILORED PLANNING & CONSULTATION
Every project is customized to match architectural design, climate conditions, and client needs.
LONG-TERM MAINTENANCE
Regular inspections and care maintain plant health and ensure long-term system durability.
CONCLUSION
Our solutions combine aesthetic design, technological innovation, and sustainability. They improve urban microclimates, support biodiversity, and enhance quality of life, delivering functional, eco-friendly, and long-lasting green façades and roofs.
OUR APPROACH – RETHINKING THE FUTURE
• Integration of green elements into modern architecture
• Customized concepts for vertical and horizontal greening
• Innovative technology for sustainable building management
• Collaboration between RSY green (urban greening specialist) and INOCLAD Engineering (building envelope experts)
At the Calwer Passage, RSY green and INOCLAD Engineering demonstrate a flagship project: modular planting systems, rooftop gardens with mixed forests, and web-based maintenance turn the building into an urban green oasis. This project showcases how sustainable architecture can be aesthetic, functional, and ecological.