DHI MIKE+ is a unified, next generation software platform that integrates previously separate water modeling tools into a single, cohesive environment for comprehensive water system analysis and management. It provides a complete workflow for modeling the entire urban water cycle including drinking water distribution, stormwater drainage, wastewater collection, and receiving waters (rivers, coasts) within one interface. By combining 1D pipe network modeling with 2D overland flow simulation and 3D visualization, MIKE+ enables engineers to tackle complex water challenges holistically, from source to sea, making it essential for sustainable water infrastructure planning and climate adaptation.
This specialized water modeling software is designed for:
Water Resources & Hydraulic Engineers designing urban drainage and water systems.
Municipal & City Planners managing stormwater, wastewater, and water distribution networks.
Environmental Consultants assessing water quality and environmental impacts.
Flood Risk Managers & Climate Adaptation Specialists modeling flood scenarios.
Utility Companies & Water Authorities optimizing infrastructure planning and operations.
Integrated Water System Modeling: Unified platform for water distribution, stormwater, wastewater, rivers, and coastal areas.
1D/2D Coupled Hydraulic Modeling: Seamless integration of pipe networks with surface flood modeling for accurate urban flood analysis.
Real-Time Control & Operational Management: Tools for simulating smart water infrastructure, pumps, gates, and IoT integration.
Water Quality & Environmental Impact Assessment: Modeling of pollutants, temperature, sediments, and ecological parameters.
Tidal & Coastal Hydrodynamics: Analysis of tidal influences, sea-level rise, and coastal flooding in urban areas.
Digital Twin & Live Modeling: Connectivity with SCADA systems and real-time data for operational decision support.
Enhanced Cloud Computing Integration: Advanced tools for deploying and running large-scale models on cloud platforms.
AI-Powered Model Calibration: Machine learning algorithms for automated parameter optimization and uncertainty analysis.
Expanded Digital Twin Framework: Improved real-time data assimilation and predictive analytics for water system operations.
Advanced 3D Visualization & Virtual Reality: New immersive visualization tools for stakeholder engagement and scenario presentation.
Performance & Scalability Upgrades: Faster solvers and improved handling of extremely large, city-wide models.
OS: Windows 10/11 Pro (64-bit)
RAM: 16 GB minimum (32 GB+ recommended for large 2D/3D models)
Price: 325 $
Price Currency: $
Operating System: Windows
Application Category: Environmental Engineering
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