The way poultry ventilation systems are designed and selected is changing.
With the introduction of the new EU Ecodesign Regulation for industrial fans, ErP 2026 will set stricter efficiency requirements for ventilation equipment placed on the European market starting from July 2026.
For poultry producers planning future upgrades or new installations, this is not just another regulatory update. It is a decision that can directly impact long-term performance, operating costs and system efficiency.
But one important aspect is often overlooked:
ErP readiness is not only about compliance. It is about how ventilation system performs in real farm conditions.
What changes with ErP 2026?
The new regulation introduces updated minimum efficiency requirements for industrial fans used across multiple sectors, including agriculture.
In practical terms, this means that future ventilation systems will need to achieve higher efficiency levels and comply with stricter performance criteria before being placed on the market.
For poultry producers, this raises new questions during the purchasing process:
- Will the system meet future requirements?
- How will efficiency impact operating costs over time?
- Will performance remain stable in modern high-pressure poultry houses?
- Is the system optimized for real operating conditions or only for laboratory testing?
These are no longer secondary considerations. They are becoming part of the investment decision itself.
Compliance alone is not enough
One of the biggest misconceptions around ErP 2026 is the idea that compliance automatically guarantees performance.
In reality, ventilation efficiency cannot be evaluated only under ideal laboratory conditions.
Modern poultry houses require systems capable of maintaining reliable airflow and stable operation across a wide range of working conditions, including:
- Higher static pressure
- Partial load operation
- Seasonal ventilation changes
- Large-scale house configurations
This is where system design becomes critical.
The efficiency of a ventilation solution is not determined by a single component alone, but by the balance between:
- Motor efficiency
- Impeller and airflow design
- Pressure management
- Operational stability over time
How we approached ErP 2026
At GrainProteinTech Climate Control & Air Treatment, ErP 2026 was not treated as a starting point but as part of an ongoing engineering evolution.
Our focus was clear:
Improve efficiency while preserving the reliability and durability poultry producers already expect from our solutions.
To achieve this, we worked on:
- Improved motor efficiency
- Optimized blade and airflow design
- Reinforced fan robustness for long-term operation
- Enhanced performance at higher static pressure
- Solutions designed for modern poultry house requirements
Most importantly, our approach was developed around real farm conditions, not only compliance targets.
Because ventilation performance is not proven in a laboratory. It is proven every day inside the farm.
Looking ahead
ErP 2026 will shape the future of agricultural ventilation across Europe.
For poultry producers, the transition is not simply about adapting to a regulation, but about making more informed decisions for the future of their farms.
Understanding how ventilation systems are designed, tested, and optimized will become increasingly important in the years ahead.
Because true ErP readiness goes beyond compliance claims.
It is built through engineering, performance, and real farm experience.
Want to know more? Contact us today!
