Industrial processes automation engineering
Industrial automation represents the core research field on which DAISY Lab was built.
Years of experience are claimed on a vast range of applications, such as printing machines,
robotized packaging lines and stations, extrusion lines and automatic storage and retrieval systems.
Acting on an industrial-oriented cooperative approach, DAISY Lab promotes the diffusion and integration
of the most advanced technologies in any productive realities, resulting in:
- Simulation environment development
- Commissioning time reduction
- Production feasibility tools development
- On-field performance enhancement
- Maintenance time reduction
Energy generation and management
DAISY Lab embraces the increasing attention on the energetic sustainability and European climate-neutral economy plan,
applying innovative modeling approaches and control strategies to various applicative fields such as:
- Electric generators
- Industrial steam generators
- Heat pumps
- Residential and commercial buildings and hospitals
- Smart grid networks
- Integration with different energy-markets
- Modeling and estimation of renewable energy generation
Introducing cutting-edge academic researches onto such energy systems allows a multitude of benefits, ranging from dedicated efficiency-oriented control architectures to advanced transitory management strategies.
Advanced control techniques
Among the most familiar advanced control techniques integrated by DAISY Lab, we can highlight:
- Predictive control
- Adaptive control tuning strategies
- Optimal control
- Multi-agent network control systems
- Non-invasive customized control architectures implementation