Use our ESOX Zander and Excel tools to run weather downtime simulations across global offshore sites – free and easy.
The tools provide fast, advanced statistical calculations to help you understand site conditions and plan future operations based on historical metocean data. Integrated into our ESOX map containing a powerful ERA5 reanalysis database, you can select and download metocean data in seconds.
Custom weather window
statistics – calculated on
the fly
Pricing: Free
Our standard DIY tool for typical scenarios. Simulate and analyze weather downtime using ERA5 data
Pricing: Free
Custom-built version of ESOX Excel. Use your own time series data format
instead of ERA5
Pricing: Contact for Quote
Let our experts do the work. Including high complexity scenarios with our internal ESOX Python software. Send us a challenge
Pricing: Contact for Quote
 Zander |  Excel |  Excel Custom |  Python | |
|---|---|---|---|---|
| Generate custom weather window statistics | | | | |
| Automated generation of a task list for cycle-based work campaigns | | | | |
| Manual editing of individual tasks in the auto-generated task list | | | | |
| Learning curve modeling | | | | |
| Generation of weather calendars for P6 and MS Project | | | | |
| Milestone completion statistics | | | | |
| Root cause analysis | | | | |
| Annual campaign simulation for each reanalysis year | | | | |
| Time step log of simulation run for validation of results | | | | |
| Annual constraint periods for selected activities | | | | |
| ERA5 metocean time series data | | | | |
| Multi-variable constraints | | | | |
| Activity pause/resume as function of weather interruptions | | | | |
| Hs/Tp curve workability limits for floating operations | | | | |
| Time of day constraints | | | | |
| Client provided time series data | | | | |
| Interval type constraints | | | | |
| Parallel, interdependent activity streams | | | | |
| Activity base duration as function of weather conditions | | | | |
| Shared inventory modeling | | | | |
| Shared resource modeling | | | | |
| Weather window requirements with non-constant limits | | | | |
| Advanced root cause analysis | | | | |
| Grouping of activities that must be executed without interruption between them | | | | |
Create free custom weather window tables in seconds with ESOX Zander.
With the tool, you can customize your project parameters to generate month-to-month assessments of expected weather downtime, factoring in minimum weather window duration, time of day limitations, and persistence exceedance percentiles.
The results are delivered in an easy-to-read Excel sheet.
ESOX Excel provides free statistics-based analyses to predict downtime and duration for a wide assortment of offshore activities, enabling project members to independently carry out most of the necessary analysis for offshore campaigns.
Just like ESOX Zander, ESOX Excel is integrated into our global map and can be downloaded by clicking any blue ERA5 data point.
For simulations that require more personalization than our free service offers, we provide custom-built, paid versions of ESOX Excel based on individual client requests – a service which we call ESOX Excel Custom.
For simulations that require more personalization than our free service offers, we provide custom-built, paid versions of ESOX Excel based on individual client requests – a service which we call ESOX Excel Custom.
The capabilities of ESOX Excel and Excel Custom cover the needs of most offshore wind project projects.
However, for more challenging, niche simulation cases, LAUTEC’s specialists analyze high-complexity scenarios using our advanced, flexible in-house ESOX Python tool on a consulting basis.
We developed ESOX after a decade of experience working with planning, simulation, and execution of offshore wind projects.
We wanted a simpler way to answer questions like: How long will it take to complete the proposed foundation installation campaign? Which months are the best for blade repair? How much weather downtime did your contractor calculate into the lump-sum price?
Since 2015, the tools have been implemented for modeling transport, pre-assembly, load-out, transit, installation, commissioning, and operation activities for offshore wind projects across North America, Europe, Asia, and Oceania.
Our ESOX map is integrated with three decades worth of ERA5 reanalysis time series data from Copernicus. This includes the 4 metocean parameters of mean wind speed at 10m heights, mean wind speed at 100m heights, significant wave height, and peak wave period. As a result, our embedded tools are able to provide detailed statistical weather impact modeling for your installation – without the hours of download time.
