ENVI-met

Urban parks aren’t just pretty patches of green - they’re the powerhouses of urban sustainability. Acting as our cities' "green lungs," they don’t just make neighborhoods nicer; they actively tackle CO2, balancing levels day and night. ENVI-met simulations show exactly how this works, revealing their hidden potential. In our latest video, we break down how parks improve air quality. From photosynthesis to smart park design, you'll see how the right greenery can lower CO2 levels and create healthier cities. With ENVI-met, it's easy to understand how to make every park work harder for the environment. These insights give you the tools to shape more sustainable and livable spaces for everyone. Green spaces aren’t just a trend - they’re the key to better city living. Watch, share, and join the movement to reimagine how cities grow. The future is green. 🌿 #UrbanSustainability #ThinkGreen #ENVImet #Berlin

Can parks lower CO₂ in cities? Parks act as “green lungs” in dense urban areas — absorbing carbon dioxide by day and releasing a small amount by night. This daily cycle is driven by photosynthesis, which peaks in daylight hours and drops off after sunset. As a result, CO₂ levels in parks are significantly lower than in surrounding areas during the day — but slightly higher at night. Understanding this pattern is critical for planning green spaces that support urban climate goals. ENVI-met allows you to simulate and analyze these CO₂ fluctuations across different park designs. By modeling real-world data — including vegetation density, land use, and atmospheric conditions — you can: — Assess how tree placement and park layout influence CO₂ absorption — Evaluate different greenery configurations by time of day — Test design strategies that maximize carbon sequestration The result: practical insights for cities aiming to reduce their carbon footprint through better green space planning. Explore how ENVI-met supports carbon-smart design: https://lnkd.in/dxGYknRz #ENVImet #urbandesign

Great #urban #design, like great products, comes from deep attention to detail. Today, we're sharing an inside look at the technology that's setting the standard in #environmental #simulation. ENVI-met stands apart. When others rush to market with AI shortcuts, we stay focused on what matters: accurate, physics-based modeling that truly predicts how cities will perform. In this video, you'll see why leading firms worldwide trust #envimet. Our commitment to scientific precision, combined with thoughtful design and independent validation, delivers something unique - results you can actually build on. We've spent 25 years advancing this technology because we believe our cities deserve nothing less than excellence. Ready to bring science-based precision to your next urban project? Connect with our team of experts today to discover how ENVI-met can transform your approach to sustainable design: www.envi-met.com.

Urban climate models often struggle to represent trees accurately. But trees play an important role in regulating temperature, improving air quality, and shaping the urban climate. To make climate modeling more reliable, ENVI-met software focuses on capturing trees as they really are, from their location and height to how their canopy changes with the seasons. In today's Quick Tip, we'll show you therefore how to capture the impact of urban trees, making it easy to: • Map exact tree locations and sizes • Track canopy changes across seasons and • Model real-time impacts on temperature and air quality. Want to see the difference accurate tree data could make in your urban planning? Let's talk. https://lnkd.in/eCX-Unxx #LandscapeArchitecture #GreenWeek #UrbanClimate #GreenInfrastructure #ClimateModeling #ENVImet

A well-designed #landscape does not impose itself upon nature, it moves with it, adapts to it, and evolves alongside it. Trees are not merely static objects in a master plan; they are living structures, shifting through the seasons, influencing light, shade and temperature in ways both subtle and profound. Yet, too often, urban planning treats them as fixed elements, ignoring their dynamic role in shaping the microclimate. The #Tree Calendar in #envimet changes this. By allowing you to adjust Leaf Area Density and track flowering cycles, you can simulate trees as they truly are, responsive, seasonal, and vital. This means: - Greater seasonal accuracy: capturing how trees regulate temperature, cast shade, and filter the air throughout the year. - Informed species selection: choosing trees that enhance cooling, air purification, and urban resilience. - Better human experiences: designing places that feel comfortable and alive, with the right balance of shade in summer and sunlight in winter. True landscape design works with time, not against it. With the Tree Calendar, you can take a step closer to creating cities that are not just greener, but more deeply connected to the natural rhythms that sustain them. Learn more here: https://lnkd.in/eJnsEUKK or book a demo: https://lnkd.in/eCX-Unxx

Green infrastructure is essential for sustainable, healthy cities, but how can you design it for maximum impact? Parks, trees, and green roofs help cities to reduce heat stress, improve air quality, and manage water runoff - key challenges in urban environments dominated by concrete and asphalt. But designing green infrastructure isn't just about adding greenery; it's about strategic placement and impact analysis. With #envimet software, you can simulate and evaluate different green infrastructure strategies: • Identify the best tree species and locations to cool urban heat islands • Design parks and green spaces that maximize cooling and water retention • Test the effectiveness of green roofs and walls • Analyze grass and permeable surfaces for climate adaptation Explore how green infrastructure can transform cities: https://lnkd.in/eJnsEUKK #UrbanPlanning #GreenInfrastructure #Sustainability #ClimateAction

Wall greening is essential for improving urban climates, reducing heat, enhancing air quality, and boosting biodiversity while lowering energy consumption and transforming cityscapes. But how can architects, landscape architects, and environmental planners design green walls that truly maximize these benefits? Watch this video to see how ENVI-met provides a powerful simulation tool to model the effects of wall greening: • Select different plant types, substrates, and layer thicknesses • Simulate climate, air quality & energy impacts • Gain data-driven insights to optimize designs With ENVI-met, you can design greener, healthier, and more resilient urban spaces while supporting green building standards. Watch now and start designing with nature. #UrbanDesign #Sustainability #GreenArchitecture #ClimateAction

Urban design plays a crucial role in climate adaptation, as demonstrated by two European capitals facing extreme temperature ranges - from Helsinki's possible -20°C winters to Madrid's +40°C summers. In #Helsinki, wide streets serve an essential purpose by maximizing limited winter sunlight. These expansive boulevards allow low-angle solar radiation to reach deeper into the city, providing natural warmth and minimizing ice formation. #Madrid in contrast opts for narrow, compact streets to create essential shade during intense summers. These shaded corridors act as natural cooling systems, effectively mitigating the urban heat island effect. Modern urban planners therefore rely on #envimet simulations to optimize these design elements. The software models solar radiation patterns, wind dynamics, and microclimate impacts to determine optimal street layouts, building heights, and vegetation placement for climate resilience. Interested in implementing climate adaptation strategies in your project? Contact ENVI-met today for software access and expert consultation: https://lnkd.in/eCX-Unxx #UrbanPlanning #ClimateAdaptation #SustainableCities #MicroclimateModeling

Big news: The new #ENVI-met plugin for #Rhino is here! Environmental analysis is now easily integrated into your design process - no hassle, no extra tools, no wasted time. What’s in it for you? • Quickly convert your #Rhino #models into ENVI-met-compatible designs while maintaining all the details. • Use #Grasshopper to set up and explore environmental simulations with various scenarios - all within one platform. • View results directly within #Rhino and make instant, informed design adjustments. Whether you're an experienced ENVI-met user or new to environmental analysis in Rhino, our step-by-step tutorials have you covered. Start here: https://lnkd.in/ejbJnJww #EnvironmentalAnalysis #BIM #Revit #Grasshopper #Rhino

Wind flows are not random, they are shaped by mountains, valleys, and urban structures, impacting everything from heat dispersion to air quality. Understanding these invisible forces is critical for better planning and design. Did you know open terrains experience stronger winds, which help disperse heat, while sheltered spots behind hills or buildings trap warmth and pollutants, creating air quality challenges? These patterns shape microclimates, affecting the comfort and health of the spaces you build or design. With ENVI-met’s 3D modeling technology, these complex wind dynamics become visible and actionable. Our real-time simulations reveal how wind flows around terrain and structures, giving you the insights needed to design smarter, healthier environments. The urgency? Wind patterns directly influence sustainability, livability, and compliance with environmental standards. Don’t leave your planning to guesswork. Explore now with ENVI-met how wind is shaping your projects - before it shapes your outcomes: https://lnkd.in/eJnsEUKK #ENVI_met #UrbanPlanning #Sustainability #EnvironmentalScience #DesignInnovation