EnSight 2016 ADSC HVAC Train Coach
Engineering services HVAC application in Train Coaches
CONTENTS • • • • •
Company: ANALISIS-DSC. What can we offer?. Case study: HVAC in Train Coaches. Conclusions. Contact.
ANALISIS-DSC ANALISIS-DSC is an engineering services company, we are specialized in:
Discrete Elements Analysis
Finite Elements Analysis (FEA)
Computational Fluid Dynamics (CFD)
WHAT CAN WE OFFER?
SERVICES • Design optimization. • Industrial processes optimization. • Energetic efficiency Analysis. • Contingencies Analysis. • Equipment damages Analysis.
RESULTS • • • • •
Cost Savings. Quality improvement. Increasing production. Raising profits. Risks reduction.
CASE STUDY
CFD: COMPUTATIONAL FLUID DYNAMICS How does it help?
PUE calculus (Power Usage Effectiveness)
Air conditioning performance and energy output optimization of the coach
Modeling of extraordinary situations (disconnect air treatment units, etc.)
CFD is recommended in these cases.
Modeling of lay-out modifications
It is possible to adapt to no conventional patterns
CFD is used in clean rooms and other HVAC (Heating, Ventilation and Air Conditioning) special applications
CASE STUDY Initial design
Modified design
Objective accomplished?? Yes Final design
No CFD analysis with other design options
In the present case study we can distinguish the following steps: 1) Initial design analysis. 2) Identifying the present problems with a CFD analysis. 3) Proposals to solve the existing problems. 4) CFD analysis to verify if the proposals satisfy an optimal design.
HVAC IN TRAIN COACHES • General geometry:
HVAC IN TRAIN COACHES • General geometry: Exhaust grills
Supply grills
HVAC IN TRAIN COACHES • Mesh:
HVAC IN TRAIN COACHES • Temperature: It is possible to do a detailed zoned analysis. In the small picture, it is observed the temperature distribution close to the legs of the passengers.
HVAC IN TRAIN COACHES • Temperature: Temperature distribution the volume.
in
HVAC IN TRAIN COACHES • Velocity: The velocity around the seats, let us know the location of stagnation areas and the location of places with problems to be ventilated. It also give us the information of the comfort level for the passengers.
HVAC IN TRAIN COACHES • Velocity: The streamlines shows, that the flow distribution is uniform.
HVAC IN TRAIN COACHES • Velocity:
Velocity distribution in the volume.
CONCLUSIONS FROM CASE STUDY •
HVAC objectives: – It has to be warranted the air renewal inside the coaches. – The temperature must not be too high or too low, for the comfort of the passengers. – Energy costs and efficiency of the ventilation system optimization.
•
Ventilation design: – Location and measures of the supply and exhaust grills.
CONCLUSIONS The use of CFD provides us: – A detailed analysis of the ventilation systems, before even constructed. – A view of the consequences of any modification in the ventilation systems in a fast way. – To find high risk locations and locations with worse ventilation. – Design optimization takind into account the PUE improvement. – Extraorinary scenarios modelization, and anticipate the needed measures to minimize their impact. – Complex geometries modelizations, that other softwares can not analyze. – Big economic losses prevention, because of not making a correct design of the ventilation systems.
CONTACT If You wish to have more information about our services, do not hesitate to contact us. We can arrange a meeting or phone call:
www.analisis-dsc.com [email protected] +34 914 614 071/+34 914 284 802. ANALISIS-DSC C/ Nuestra Señora de la Luz, 21. 28025 Madrid SPAIN
CONTENTS • • • • •
Company: ANALISIS-DSC. What can we offer?. Case study: HVAC in Train Coaches. Conclusions. Contact.
ANALISIS-DSC ANALISIS-DSC is an engineering services company, we are specialized in:
Discrete Elements Analysis
Finite Elements Analysis (FEA)
Computational Fluid Dynamics (CFD)
WHAT CAN WE OFFER?
SERVICES • Design optimization. • Industrial processes optimization. • Energetic efficiency Analysis. • Contingencies Analysis. • Equipment damages Analysis.
RESULTS • • • • •
Cost Savings. Quality improvement. Increasing production. Raising profits. Risks reduction.
CASE STUDY
CFD: COMPUTATIONAL FLUID DYNAMICS How does it help?
PUE calculus (Power Usage Effectiveness)
Air conditioning performance and energy output optimization of the coach
Modeling of extraordinary situations (disconnect air treatment units, etc.)
CFD is recommended in these cases.
Modeling of lay-out modifications
It is possible to adapt to no conventional patterns
CFD is used in clean rooms and other HVAC (Heating, Ventilation and Air Conditioning) special applications
CASE STUDY Initial design
Modified design
Objective accomplished?? Yes Final design
No CFD analysis with other design options
In the present case study we can distinguish the following steps: 1) Initial design analysis. 2) Identifying the present problems with a CFD analysis. 3) Proposals to solve the existing problems. 4) CFD analysis to verify if the proposals satisfy an optimal design.
HVAC IN TRAIN COACHES • General geometry:
HVAC IN TRAIN COACHES • General geometry: Exhaust grills
Supply grills
HVAC IN TRAIN COACHES • Mesh:
HVAC IN TRAIN COACHES • Temperature: It is possible to do a detailed zoned analysis. In the small picture, it is observed the temperature distribution close to the legs of the passengers.
HVAC IN TRAIN COACHES • Temperature: Temperature distribution the volume.
in
HVAC IN TRAIN COACHES • Velocity: The velocity around the seats, let us know the location of stagnation areas and the location of places with problems to be ventilated. It also give us the information of the comfort level for the passengers.
HVAC IN TRAIN COACHES • Velocity: The streamlines shows, that the flow distribution is uniform.
HVAC IN TRAIN COACHES • Velocity:
Velocity distribution in the volume.
CONCLUSIONS FROM CASE STUDY •
HVAC objectives: – It has to be warranted the air renewal inside the coaches. – The temperature must not be too high or too low, for the comfort of the passengers. – Energy costs and efficiency of the ventilation system optimization.
•
Ventilation design: – Location and measures of the supply and exhaust grills.
CONCLUSIONS The use of CFD provides us: – A detailed analysis of the ventilation systems, before even constructed. – A view of the consequences of any modification in the ventilation systems in a fast way. – To find high risk locations and locations with worse ventilation. – Design optimization takind into account the PUE improvement. – Extraorinary scenarios modelization, and anticipate the needed measures to minimize their impact. – Complex geometries modelizations, that other softwares can not analyze. – Big economic losses prevention, because of not making a correct design of the ventilation systems.
CONTACT If You wish to have more information about our services, do not hesitate to contact us. We can arrange a meeting or phone call:
www.analisis-dsc.com [email protected] +34 914 614 071/+34 914 284 802. ANALISIS-DSC C/ Nuestra Señora de la Luz, 21. 28025 Madrid SPAIN
