OPTIMIZE Module

Minimize LCOE

Knowing the cost of the wind farm, OPTIMIZE can generate layouts with the lowest possible levelized cost of energy (LCOE), or highest NPV.

OPTIMIZE uses the new cost function tool in windPRO to calculate the costs of relevant aspects of a wind farm project:

• Wind turbine
  • rotor size
  • hub height
  • generator
• Road layout
• Grid layout
• + other cost components for DEVEX, CAPEX, OPEX, ABEX

These cost input can all be modified from site to site. Known absolute costs  can easily be calibrated into the cost functions.

Offshore & Onshore

The OPTIMIZE module in windPRO covers both onshore and offshore optimization.

The key differences between onshore and offshore optimizations lie in the setup of the wake decay constant for the annual energy production (AEP) calculation and in the model for calculating the cost of building the wind farm (for LCOE and NPV optimizations). The available area is often larger for offshore than for onshore and the resource is different.

In any case, OPTIMIZE can easily handle both situations.

Lifetime & Noise Constraints

Optimize your layout while meeting key restrictions. For onshore projects, noise limits are managed using ISO models from the DECIBEL module (license required).

For durability, fatigue loads are factored in using LOAD RESPONSE tech, allowing layout designs to meet 15–25 year lifetimes (license required).

The module also supports basic distance constraints like buffer zones, circles, and ellipses.

More Smart Features

Compare Layouts Easily
OPTIMIZE lets you quickly compare layouts, turbine models, and park sizes side by side. Whether your goal is highest AEP, lowest LCOE, or best NPV — the best setup is easy to spot.

Handle Constraint Challenges
When constraints like noise or lifetime limits restrict layout options, OPTIMIZE finds the closest-possible solution. This helps highlight where adjustments — like re-negotiating site limitations — can unlock your project’s full potential.