dormakaba’s Post

#ICYMI This thin film, inspired by a natural phenomenon called passive radiative cooling, enables 24/7 supplemental cooling and saves energy costs when integrated with building refrigeration and HVAC systems. 🆒 The 3M Passive Radiative Cooling Film can also be applied to surfaces like bus shelter roofs and modular data centers to passively cool them during the day and at night. Check out the video as Jacob breaks down how this all works! 💡 #goodnews #climatetech #film

Ventus Features: Define Flow Paths with Ease With Ventus, effortlessly create flow paths between zones to represent critical leakage relationships. These paths are built from flow points, simulating common leakage patterns through walls, doors, stairs, and more, giving you complete control over your building's air handling strategy. Learn more about how Ventus can streamline your airflow modeling! https://lnkd.in/gTPj5AZg

Trane's VariTrane® VAV Series Fan Powered Terminal Units offer better acoustics for commercial buildings that require ultraquiet ventilation. Discover how these design enhancements virtually eliminate noisy airflow and equipment sound: https://ow.ly/AP7H50U10iR

Amber Air Compact CXP is built for projects where space matters most. With flexible mounting options, efficient EC fans, and integrated heating, it’s designed to perform reliably—even in temperatures as low as -23°C.

Our goals for the NEW hybrid light tower 1. Compact 2. Easy & Safe to Use 3. Efficient with low carbon footprint 4. Versatile

Great video explaining the benefits of retrofitting HVAC systems.

🚗💨 Optimizing Parking Garage Ventilation: Key Criteria to Follow! 🌬️ When designing an effective parking garage ventilation system, several essential factors ensure safety, comfort, and compliance! Here’s a quick checklist: 1️⃣ Ventilation Space: Define the minimum cross-sectional area and ideal airflow rate. 2️⃣ Airflow Requirements: Match airflow with location and seasonal needs. 3️⃣ Ventilation Equipment: Choose equipment for optimal air movement and contamination control. 4️⃣ Supply & Exhaust Points: Position supply and exhaust points effectively to ensure balanced airflow. 5️⃣ Air Filters: Select air filters for cleaner air across the parking area. 6️⃣ Fans & Ducts: Pick fans and ducts that meet flow rate and direction standards. 7️⃣ Controls: Integrate smart controls for reliable, energy-efficient operations. 8️⃣ End System Tests: Validate the design with rigorous testing for best performance! And remember, factors like carbon monoxide concentration, air age, and human comfort make a huge impact. 🌍 CFD analysis by TCAE is a top tool for creating optimal designs! Check out this amazing TCAE simulation for more insights! 💻👀 YouTube video: https://lnkd.in/eyui5BK3 🚀 #BuildingSafety #ParkingVentilation #CFDAnalysis #AirflowOptimization #TCAE #AirQuality #VentilationSystem #SmartControls #EngineeringDesign #IndoorAirQuality

We can observe the following: Typical Air conditioners (AC) consume a power of 1000W Where as, one LED light consumes 10W. So the power consumption of one “urban home with AC” is same as 50-100 “village huts” with basic lighting facility 😧😧.

Advantages of VRF/VRV Systems Building owners and managers have various motivations to go with VRF/VRV units, some of which include: 1) Space constraints on the roof or ground, limiting installation of large air handling units or packaged units 2) Perceived lower first cost 3) Simplicity of operation 4) Perceived to be technologically advanced and new 5) Energy efficiency Be sure unit sizing meets the conditioning needs of your space.

In an ever-changing world, future-proofing self-storage buildings is essential to stay ahead of evolving customer needs.