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STUDIO 2025
Drinking water
Faster calculations
Optimisation of application performance, particularly when calculating drinking water systems and performing circulation simulations

New in this version
- STUDIO 2026
- STUDIO 2025 SP1
- STUDIO 2025
  - General
  - User interface
  - Project Management
  - Drawing
  - Drinking water
    - Sampling plan
      In accordance with the Drinking Water Ordinance of 2023 and numerous other references in standards and guidelines, the operator is responsible for the system and also for the sampling points . The operator must appoint a qualified person to ensure that suitable sampling points are identified and that a sampling plan is drawn up. It is recommended that this be agreed with the public health authority. The public health authority has the right to designate, add or arrange for new suitable sampling points.
    - Checks on control valves
      Manufacturer’s expertise in validating circulation flow rates in simulation
    - Combined water meter
      In large-scale projects involving widely varying flow rates, a combined water meter is often used, which offers greater accuracy thanks to its two-way system.
    - New insulation rule
      When insulating pipework, the international standard IECC 403.11.3 can now be selected.
    - Calculation of the NPW network following a system isolator
      Advanced calculation options for system isolators – Seamless network calculation without interruption
    - Addition of further demand profiles
      A wide range of new demand profiles are now available – for even more precise calculations and realistic demand curves based on measured projects. Discover them now and get started straight away!
    - Faster calculations
      Optimisation of application performance, particularly when calculating drinking water systems and performing circulation simulations
  - Land drainage
  - Heating
  - Documentation of results
  - Product integration

Faster calculations

Optimisation of application performance, particularly when calculating drinking water systems and performing circulation simulations