Adaptive Horizons Tech Solutions
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Open Source Annual Ocean & Climate Data Extractor
The Adaptive Horizons interactive data extractor. This free engineering tool allows you to pinpoint any location on the globe and instantly pull a full year (8,760 hours) of historical oceanographic and meteorological data.
Powered by deep-water marine models and global atmospheric databases, the tool calculates key metrics—including wave power density, daytime solar irradiance, and 10-meter wind speeds—that are essential for renewable energy modeling and digital twin simulations.
Simply select your coordinates on the map, choose a historical year, and click to extract the data. You can instantly view the annual climate profile for that specific location or download a complete time-series CSV to fuel your own structural and feasibility analyses.
Disclaimer: This tool aggregates global reanalysis data and oceanic models via the Open-Meteo API. While robust for preliminary digital twin simulations and energy yield estimates, the outputs rely on macro-level grid approximations and should not replace localized, on-site empirical measurements for final structural engineering. Additionally, please note that historical datasets may contain gaps or missing values for certain parameters, particularly when querying older years. This interface is provided as a free informational resource; if you wish to use this data commercially, please contact Open-Meteo directly at https://open-meteo.com/ to arrange a commercial license.
More information about how data is gathered and raw energy estimations here.
Annual Ocean & Climate Data Extractor
Select a location and historical year to analyze 8,760 hours of wave and weather data.
Our Open Source Project
Database Schema: The Foundation for Your CRM & ERP Solution
At Adaptive Horizons Tech Solutions B.V., we champion transparency and collaboration. That's why we're open-sourcing our core database schema – the meticulously designed blueprint ready to power your business applications. This resource is freely available under the permissive Apache 2.0 License.
Current Version: 1.0.0
This schema provides a robust and extensible foundation for building a comprehensive Customer Relationship Management (CRM) system with integrated core Enterprise Resource Planning (ERP) capabilities. It's designed to manage:
Customer Lifecycles: From leads to loyal clients.
Sales & Procurement: Quotes, orders, and invoicing for both sales and purchasing.
Product & Basic Inventory: Centralized product information and stock tracking.
Important Note: This project provides the SQL database schema code only. It does not include any application layer or user interface (UI) code. It's the structural backbone upon which such an application can be built.
Get Started:
View Project on GitHub: Explore the code, browse issues, and contribute to its evolution.
Download Latest Release (v1.0.0 - ZIP): Get the SQL script and full documentation.
The GitHub repository includes the full SQL script, a comprehensive manual detailing each table and feature, and instructions on deployment and version management.
© 2025 Adaptive Horizons Tech Solutions B.V.
Contact Us
We value your input on our open-source business and engineering resources! Whether you have constructive criticism for our MySQL CRM (with ERP capabilities) schema, or suggestions regarding our interactive Environmental Data Extractor and its underlying wave energy powertrain calculations (Pdensity = 0.49 · Hs2 · Te), please use the form below to get in touch.
We are eager to hear your thoughts and explore how we can make these tools even better for the community.
Please Note: While we welcome feedback on the models and database design, these projects are provided "AS IS" (the SQL schema under the Apache 2.0 License, and the environmental map as an open informational resource). We currently do not have the capacity to offer individual technical support for database setup, general SQL troubleshooting, or project-specific structural engineering assistance based on the map's data. We encourage you to consult the provided appendices, the SQL manual, and standard documentation for implementation details.
