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Last week at The NOVA Expo 2026 in Bangkok, Thailand, we had the opportunity to connect with visitors at Booth A9 at BIT...
08/06/2026

Last week at The NOVA Expo 2026 in Bangkok, Thailand, we had the opportunity to connect with visitors at Booth A9 at BITEC and share more about our energy-efficient and smart ventilation solutions for modern building applications.

Throughout the three-day exhibition, we showcased RadiPac C with Integrated Active PFC and our SMART Ventilation On-Demand live demonstration, highlighting how connected EC ventilation solutions can support smarter building performance and greater operational efficiency.

Thank you to everyone who stopped by Booth A9 during the exhibition. We are glad to have had the opportunity to connect, share, and be part of the conversations shaping more efficient and smarter buildings.

02/06/2026

Engineered to do more with less, the latest RadiCal 2 deliver stronger airflow, higher efficiency, and quieter operation within a compact footprint — for more capable HVAC systems.

Featuring an optimised impeller and module design, it reduces aerodynamic losses to provides higher efficiency and maximize airflow performance while ensuring it operates quietly even in demanding applications.

Learn how the RadiCal 2 can raise the bar for your HVAC system performance: https://www.ebmpapst.com/sg/en/campaigns/product-campaigns/centrifugal-fans/radical.html

From 3–5 June, visit us at The NOVA Expo 2026 at Bangkok International Trade & Exhibition Centre (BITEC), Booth A9, and ...
29/05/2026

From 3–5 June, visit us at The NOVA Expo 2026 at Bangkok International Trade & Exhibition Centre (BITEC), Booth A9, and explore our latest energy-efficient and smart ventilation solutions.

We will be showcasing:
• RadiPac C with Integrated Active PFC, designed to support improved power quality and system performance for AHUs, MAUs, and CRAC units
• RadiCal, a highly efficient and compact solution for smaller AHU applications
• IntelliGate Mesh, supporting high-volume data transfer for more connected and intelligent HVAC systems

Step into our SMART Ventilation On-Demand live demonstration and see how IoT-enabled HVAC systems can optimise performance based on real-time operating conditions.

Meet our team to learn how connected EC ventilation solutions can support greater operational efficiency and smarter building performance.

We look forward to seeing you at Booth A9.

🔗 Register for your complimentary pass: https://www.ebmpapst.com/sg/en/newsroom/events/2026/nova-2026.html

What if high air performance no longer had to rely on a single large fan?FanGrid systems take a modular approach to HVAC...
25/05/2026

What if high air performance no longer had to rely on a single large fan?

FanGrid systems take a modular approach to HVAC design, using multiple EC fans operating in parallel to deliver high air volumes efficiently while improving reliability, scalability, and overall system performance.

This approach brings several key benefits:
✔ Built-in redundancy for greater reliability
✔ Optimised airflow performance
✔ Higher efficiency through optimal operating points
✔ Flexible, plug-and-play configurations

Using highly efficient RadiPac EC centrifugal fans, FanGrid systems support stable parallel operation and consistent airflow performance in energy-intensive environments such as data centres and large commercial buildings.

Explore more about our FanGrid solutions: https://www.ebmpapst.com/sg/en/industries/air-conditioning/fangrids.html

Greater efficiency thanks to metal: Meet the RadiPac M. Our high-performance fan with a metal impeller meets the strict ...
22/05/2026

Greater efficiency thanks to metal: Meet the RadiPac M.

Our high-performance fan with a metal impeller meets the strict fire safety regulations in North America and Asia and is suitable for use in air handling units, precision air-conditioning units, electronics cooling, and cooling towers.

The three-dimensionally shaped blades are characterized by high strength and improved efficiency. At the same time, the RadiPac M is significantly quieter and more efficient than its predecessor in the metal version.

Learn more in the technical article: https://mag.ebmpapst.com/en/industries/refrigeration-ventilation/radipac-m-higher-efficiency-thanks-to-high-performance-metal-impeller_22603/

15/05/2026

In 3D printing, consistent results depend on more than the printer settings or materials used. Proper heat management and airflow also play an important role in keeping the process stable.

Effective ventilation helps regulate temperature, support better print quality, extend component lifespan, and reduce potential risks from excess heat or fumes. Without it, printers may face overheating issues, unstable operation, and deformed prints.

Compact fans support this by delivering targeted airflow to critical areas within the 3D printer, helping maintain the right balance between heating and cooling throughout the printing process.

As 3D printing continues to grow across prototyping, production, and custom manufacturing, ventilation remains an important factor in supporting reliable and high-quality output.

Read the full article to learn more: https://www.ebmpapst.com/sg/en/blog/technology-innovations/3d-printers.html

14/05/2026

In building automation and industrial applications, different devices need to “talk” to one another.

For example, a Building Management System (BMS) may need to monitor how a fan is operating, read its speed, check its status, or adjust certain settings.

This is where MODBUS, one of the more commonly used communication protocols, comes in. It defines how data is requested, sent, and interpreted between devices.

In a typical MODBUS network, the main controller or requesting device sends a request or command, while the connected device or responding device provides the required data or reacts to the command.

For EC fan applications, MODBUS allows key operating data, such as fan speed, motor status, and other parameters, to be communicated to systems such as the BMS. This supports better monitoring, control, and system visibility.

Stay tuned for the next post in our series, where we will look at the request-and-response structure behind MODBUS communication.

12/05/2026

Smart buildings are not only about connected systems, but about how well those systems are integrated to respond to real-time conditions.

As occupancy levels shift, energy demand fluctuates, and indoor conditions continue to change, HVAC, ventilation, and energy systems need to work together more intelligently. With IoT-enabled integration, buildings can move beyond fixed schedules and respond more dynamically to actual building conditions.

This gives facility managers and building owners greater visibility into system performance, helping them identify inefficiencies, make data-driven decisions, and improve both energy performance and occupant comfort.

Learn more on how IoT-enabled integration supports smarter building operations in our latest blog: https://www.ebmpapst.com/sg/en/blog/technology-innovations/smart-building.html

08/05/2026

Hydrogen fuel cells are gaining attention as a promising solution for sustainable urban mobility, offering clean, on-demand energy and longer operating range for mobile applications.

As fuel cells operate, heat and moisture gradually build up within the stack. Without precise thermal and air management, this can affect system stability and performance.

In collaboration with Spectronik, ebm-papst supports stable fuel cell operation through high-efficiency fans and blowers such as the AxiForce 80 and RVE45. These solutions help regulate airflow and ensure the stack receives the fresh air needed to maintain controlled operating conditions.

Together, the integrated system supports reliable and scalable deployment across real-world mobility applications.

Find out more about how this collaboration supports efficient and practical mobile applications: https://mag.ebmpapst.com/en/industries/refrigeration-ventilation/spectronik-hydrogen-fuel-cells-to-go_22914/

for Data Centers: How do you actually lower PUE?Understanding PUE is one thing — improving it in real operations is an...
06/05/2026

for Data Centers: How do you actually lower PUE?
Understanding PUE is one thing — improving it in real operations is another.

📊 As a quick recap:
PUE compares total facility energy to IT equipment energy — with cooling, power distribution, and other infrastructure making up the difference.

📉 So how do you actually move the needle?
In reality, lowering PUE is rarely about a single fix.

It’s the result of continuous optimization across the entire data center system:
⚡ Power distribution — reducing losses from source to load
🌬️ Cooling performance — matching capacity to real demand
📡 Airflow management — delivering cooling exactly where it’s needed
📊 Monitoring & operations — turning data into actionable insights

As rack densities increase and AI workloads push thermal loads higher, one thing becomes clear:
🌬️ Cooling is one of the most powerful levers to improve PUE.
Optimized airflow — supported by high-efficiency fans — can:
✔ Reduce cooling energy without compromising reliability
✔ Prevent hotspots and avoid unnecessary overcooling
✔ Ensure air is directed precisely where thermal loads demand it
At the same time, factors like power quality and harmonics can quietly impact efficiency on the electrical side — reinforcing the need for a holistic approach.

💡 The key takeaway:
Improving PUE isn’t about optimizing a single component — it’s about treating the data center as an integrated system.

📖 Want to explore how cooling strategies influence both PUE and WUE?
👉 https://www.ebmpapst.com/sg/en/industries/data-centers/improve-pue-wue.html

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