DESIGN AND OPTIMISE ADVANCED HVAC SYSTEMS USING FLOWNEX

DESIGN AND OPTIMISE ADVANCED HVAC SYSTEMS USING FLOWNEX

DESIGN AND OPTIMISE ADVANCED HVAC SYSTEMS USING FLOWNEX

Whether?it be integrated ducting design, refrigeration cycles with complicated refrigerations or costing calculations Flownex??simulation environment is the perfect tool to effortlessly execute all the above tasks and a lot more.

OVERVIEW

Flownex??includes a comprehensive component library for analysing large custom HVAC systems. This enables engineers to quantify conditions through the entire HVAC system in both steady state and transient operation. Furthermore, Flownex contains the complex fluid models needed to simulate accident scenarios and help engineers prove the safety of their designs.

APPLICATIONS


DESIGN AND OPTIMISE ADVANCED HVAC SYSTEMS

  • Complete solution to calculate temperature,?humidity, and pressure requirements
  • Achieve optimum flow distribution with?maximum energy efficiency
  • Investigate varying environmental conditions?on HVAC system and improve design
  • Sizing of flow control components, fans, and?refrigeration cycles


IMPROVE OVERALL EFFICIENCY

  • Balance and optimise plant (air?streams, chilled water streams, cooling towers,?heat exchangers, refrigeration cycles)
  • Evaluate different control strategies by?comparing total power consumption
  • Investigation different heat recovery systems to?quantify cost saving potential


INVESTIGATE RISK AND PERFORM DESIGN SAFETY

  • Analyse the capabilities of a system to maintain negative pressure environments in accident scenarios
  • Simulate the operating of critical systems when failures occur in the primary control system to ensure that the redundant control systems function correctly in maintaining safe conditions after a failure
  • Analyse the spread contaminants though the system during accident scenarios using the mixed fluid models in Flownex to investigate and provide insights into the effectiveness of key safety systems


FEATURES

  • Modern and intuitive user interface
  • Accurate fluid models
  • Humid air model
  • Two Phase?Refrigerant models
  • Secondary refrigerants (Ethelene Glycol,?Propylene Glycol, etc.)
  • Full transient capabilities, including:
  • Adaptive time-step functionality
  • Thermal and Rotational Inertia
  • Distributed control system library
  • Comprehensive component library for?modelling of both chilled water systems and air?handling units as well as a comprehensive library of ASHRAE ducting components
  • Customizable components allowing multiple?levels of detail where limited performance data?is available
  • Capability to import complex chilled water?piping from Revit BIM files
  • Built-in design and analysis features allowing?automated parametric studies
  • ISO9001 certification and NQA-1 compliance
  • Transient co-simulation capabilities with?Ansys products and 6Sigma


No alt text provided for this image

TESTIMONIALS

"I have found Flownex??to be a powerful design tool which can simulate complex systems while producing results which can be practically applied. The interface is user friendly and can be learned quickly. The support team are responsive and quick to assist with technical queries."

Jochie van der Merwe (Pr.Eng, M-ASHRAE)

AECOM | Practice Area Lead – Mechanical


Case Studies

https://flownex.com/webinars/ventilation-systems/

Harsh Khare

CFD Engineer || HVAC || ICEM CFD || Ansys CFX || Spaceclaim || Ansys fluent

1 年

Great content sir

要查看或添加评论,请登录

社区洞察

其他会员也浏览了