Extract results easily to conduct data analysis and visualization.
: Browser-based versions now offer built-in base maps and automatic pipe/node data generation, eliminating the need for external GIS uploads. User Experience Pros & Cons Professional Perspective Reliability The engine is globally trusted and peer-reviewed. Accessibility
Overlay a digital elevation model to automatically populate node elevations. epanet plus
Austin Water used ’s variable speed pump efficiency curves to test 35 different pumping schedules. The legacy model assumed constant efficiency (60%). The Plus model revealed actual efficiency dropped to 40% at low flow. Adjusting their real-time control saved $90,000 in electricity annually.
bridges this gap. It serves as an advanced extension that supercharges the standard engine with modern automation, GIS integration, and enhanced visualization. What is EPANET Plus? Extract results easily to conduct data analysis and
: Tracks the "fate" of constituents like chlorine, calculates water age, and performs source tracing.
: Supports standard EPANET .inp files for network geometry and configuration while adding extended capabilities for multi-species reactions. Use Cases and Applications The Plus model revealed actual efficiency dropped to
Easily change node demands, pipe roughness, or network topology via Python code.
For basic design and academic study, the standard EPANET 2.2 is sufficient. However, for active utility management or modern engineering workflows, using a "Plus" extension like EPANET-JS (for ease of use) or EPANET-RTX (for real-time modeling) is highly recommended.
Several platforms already use the Plus engine: