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Contents

  • Installation Guide
    • Pre-Installation
    • Simple Installation
    • Developer Installation
    • Troubleshooting
  • Updates log
    • TopFarm2 2.7.0 (September 18, 2026)
    • TopFarm2 2.6 (September 26, 2025)
    • TopFarm2 2.5 (January 14, 2025)
    • TopFarm2 2.4 (November 21, 2024)
    • TopFarm2 2.3 (March 8, 2022)
    • TopFarm2 2.2 (November 25, 2019)
    • TopFarm2 2.1 (May 28, 2019)
    • TopFarm2 2.0 (January 3, 2019)
  • User Guide
    • TopFarm Problem
    • Design Variables
    • Cost Component
    • DTU Cost Model
    • Drivers
    • Constraints
    • Plotting Component
  • Basic Examples
    • Design variables
    • Constraints
    • Drivers
    • Problems
  • Advanced Examples
    • Turbine hub height optimization
    • Unconstrained wake steering optimization
    • Optimization with bathymetry and max water depth constraint
    • Optimization with exclusion zones
    • Grid layout optimization
    • Nested turbine type specific optimization
    • Turbine type and position optimization with type specific boundary constraints
    • Smart start with different predefined turbine types
    • Layout Optimization with SGD driver
    • Optimization of wind farm including neighbouring turbines
    • Joint Multi Wind Farm Optimization
    • Cost Models
    • Cables
    • CO2 Emissions
    • Time-series based CO2 displacement
    • External Drivers
  • API Reference
    • TopFarmProblem
    • Cost Component
    • Constraints
    • Drivers
    • Plotting Components
    • Plotting
    • Utilities

Publications

  • Tool Publications
    • TopFarm2: Plant-level optimization tool developed by DTU Wind and Energy Systems.
  • Theses
    • Coupled wind farm layout and visual impact optimization together with socio-technical theory: A mixed-method approach.
    • Wind farm optimization with computationally efficient AEP models.
    • Discrete optimization for down selection of positions in offshore wind farm layouts
    • Coupled optimization of visual impact and LCOE of near-shore wind farms: Insights from a Danish case study
    • Influence of wind turbine size on Levelized Cost of Energy of the offshore wind farm Energy Island Bornholm
    • Influence of Global Warming Potential taxation on Levelized Cost of Energy and Life Cycle Assessment of Off-shore Wind Farms
    • Wind farm production maximization using combined layout and wake steering optimization under load constraint
    • Wind farm optimization to maximize AEP and energy density under loads constraints
    • Layout optimization of floating offshore wind farms with shared anchors
    • Cost optimization of catenary mooring for floating offshore wind farms using shared anchors with outlook to integration of this in farm design optimization
    • Wind Farm Optimization Strategies
  • Related Publications
    • Wind Farm Layout Optimization Accounting for Uncertainty in Model Selection
    • Optimizing the layout of floating wind farms in Crete: A combined LCOE and visual impact minimization
    • Need For Speed: Fast Wind Farm Optimization
    • Wind Farm Control Optimisation Under Load Constraints Via Surrogate Modelling
    • Gradient-based wind farm layout optimization with inclusion and exclusion zones
    • Speeding up large-wind-farm layout optimization using gradients, parallelization, and a heuristic algorithm for the initial layout
    • Stochastic gradient descent for wind farm optimization
    • Wind farm optimization with multiple hub heights using gradient-based methods
    • Wind farm layout optimization with load constraints using surrogate modelling
    • Integrated wind farm layout and control optimization
    • Blade erosion in wind farm layout and/or control optimization
    • Optimal open loop wind farm control
TOPFARM
  • My tags: Visual Impact
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My tags: Visual Impact

With this tag

  • Optimizing the layout of floating wind farms in Crete: A combined LCOE and visual impact minimization
  • Coupled optimization of visual impact and LCOE of near-shore wind farms: Insights from a Danish case study
  • Coupled wind farm layout and visual impact optimization together with socio-technical theory: A mixed-method approach.

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