SECTORS
Energy & Renewables
At Slidian, we perform CFD simulations and advanced numerical analyses for energy and industrial facilities.
Our studies evaluate fluid behavior, heat transfer, and wind loads in energy generation and transmission systems, optimizing design and efficiency before construction or commissioning.
Our services cover a wide range of industries and energy vectors, adapting physical models to each specific application.
Hydropower and Hydraulic Energy Systems
We perform simulations of turbines, valves, pipelines, and hydraulic channels, evaluating flow behavior, pressure losses, and force distribution throughout the system.
These studies allow us to:
- Analyze the hydraulic performance of turbines and pumps
- Optimize equipment geometries and configurations
- Predict recirculation zones and critical flow areas
- Reduce energy losses and improve overall system efficiency
- Validate designs before physical installation
Solar Energy
For photovoltaic solar energy projects, we conduct wind load analyses on solar panels and support structures, evaluating:
- Aerodynamic forces acting on modules and support systems
- Load distributions for anchor and structural design
- Interactions between panels in large-scale solar fields
- Local turbulence and recirculation effects
- The influence of site topography on wind loading
These analyses help optimize structural safety and minimize the risk of failure under adverse weather conditions.
Alternative Fuels
We work on industrial facilities using hydrogen, biogas, and other advanced fuels, simulating flow processes, mixing behavior, and heat transfer in equipment and piping systems.
These studies allow us to:
- Analyze gas and emission dispersion within equipment and facilities
- Evaluate pressure and temperature conditions in critical installations
- Optimize the geometry of pipelines, valves, and mixing systems
- Improve operational safety and regulatory compliance
Thermal Energy and Cogeneration
For thermal energy and cogeneration projects, we apply CFD analysis to evaluate heat transfer, fluid flow, and equipment performance in energy generation systems.
Our studies support:
- Thermal system optimization
- Heat recovery efficiency improvement
- Reduction of energy losses
- Performance validation under real operating conditions
- Design optimization before implementation
This enables safer, more efficient, and more reliable thermal energy systems.
España
Baixada Gándara 16,
36331 Vigo
Spain
+34 886113547
USA
2500 CityWest Blvd
Houston TX 77042
USA
+1 7136145403
España
Baixada Gándara 16,
36331 Vigo
Spain
+34 886113547
hello@slidian.com
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