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MIKE+ Model Manager

MIKE+ 2D Overland

MIKE+ Collection Systems

MIKE+ Water Distribution

MIKE Water Net Advisor

Analyse the relationship between any two result items or locations with the new scatter plot feature. Users can easily explore correlations, such as how water level changes in response to discharge at a selected location.

New! | Scatter Plot Window:

Save and organise all result windows in a tree structure with folder support for better management. Reopen saved result windows without needing to redefine settings, saving time and effort when re-analysing data.

New! | Plots Manager:

Quickly duplicate and edit plots to reuse them with results from alternative scenarios, streamlining comparison and scenario analysis.

New! | Duplicate and Edit Plots:

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Streamlined selection of locations for drawing time series or creating result tables with a more intuitive interface.
 
Separate windows for each result type, making it easier to manage and view specific data.
 
Additional filters and direct location selection simplify the process of finding and displaying relevant data.
 
A consolidated list structure helps users easily navigate and select locations for results, improving workflow efficiency.
 
<a href="https://support.dhigroup.com/download/MIKE-latest/">Read the MIKE+ Release Notes</a>

Improvement | Results Document Window:

MIKE+ now supports coupling soakaways, in addition to pipes and manholes, with MIKE SHE for groundwater interaction simulations.
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Soakaways, modelled as infiltration basins in MIKE+, can now be linked to MIKE SHE for comprehensive interaction between surface water and groundwater.
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Provides better representation of collection system networks interacting with groundwater, especially for projects involving soakaways.

Couple soakaway nodes to MIKE SHE:

New output options now include "spilling discharge" for manholes in MIKE 1D simulations.
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Track and quantify spilling discharge from manholes for a more comprehensive evaluation of urban drainage systems.

Enhanced simulation results:

Analyse pump performance by plotting flow (Q) versus head (H) to assess operational efficiency.
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Helps users evaluate pump operation ranges, ensuring optimal flow and pressure for efficient energy use.
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Provides insights into pump performance, aiding in the selection of the correct pump capacity for water distribution networks.
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Check the operational ranges of pumps to fine-tune system performance and enhance water distribution management.
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Addition of 'Modified Hazen-Williams' head loss type: Introduced as an alternative head loss calculation method.
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Offers more flexibility by providing an additional head loss calculation method alongside the more precise methods already available in MIKE+.
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Modelling pressure and flow control valves under hydraulic transient conditions: Pressure and flow control valves can now be simulated under hydraulic transient (water hammer) conditions.
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Valves automatically adjust their stroke position to maintain the required pressure or flow set point during transient events.
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Simulate pressure reducing valves, back pressure control valves, and flow control valves under dynamic hydraulic conditions.

Q-H results plotting for pumps:

The interface has been updated using Microsoft React Web technology, providing a more modern and responsive user experience.

Enhanced User Interface with React Web:

Common editing features have been expanded to include variable speed pump settings, providing more control over pump operations.
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Increased User Security and Password Settings: Passwords now need to comply with updated security standards, including minimum length, the inclusion of special characters, and the requirement for expiration and renewal dates.

Variable Speed Pump Editing:

The system layers have been updated to incorporate carbon emissions and average water demand, offering a more comprehensive view for analysis.

System Layers:

The online zones feature has been updated to incorporate leakage metrics such as night flow minimum, infrastructure leakage index, unavoidable and actual water losses.

Online Zones and NRW Indicators:

The model layers have been updated to include network junction zones, enhancing the ability to analyse and manage network connections within the system.

What's New - MIKE 2025: Update 1

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