update API

Author: DanieleAntonucci20

docs/API/buildon_api.md

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+
+---
+title: BuildON API 
+---
+
+# BuildON API
+
+!!! abstract "Abstract"
+
+    The BuildOn API serves as the backend infrastructure for the BuildON benchmarking application, providing specialized endpoints for comprehensive building comfort and energy performance analysis. The platform generates targeted visualization charts that enable indoor comfort assessment and temporal performance comparisons across different evaluation periods. Through its integration capabilities with external tools and databases, the API empowers users to enhance building assessments with data-driven insights, supporting both routine evaluations and complex multi-building comparative studies. The secure, scalable architecture ensures data protection while maintaining flexibility for future technological and regulatory adaptations.
+
+
+# Introduction
+
+The API has been developed as the backend for the BuildON benchmarking application.
+
+Its endpoints are primarily designed to analyze building comfort and energy performance, generating specific charts that help assess indoor comfort and compare it across different periods.
+In addition to its core analytical functions, the API supports integration with external tools and databases, enabling users to enrich their building assessments with data-driven insights. This flexibility allows for the customization of simulations and reporting, making the platform suitable for both routine evaluations and complex, multi-building comparisons. The secure architecture ensures that sensitive building data remains protected, while the scalable design facilitates future enhancements and the addition of new analytical features as technological and regulatory standards evolve.

docs/API/encome_api.md

@@ -8,7 +8,6 @@ title: ENCOME API
 
     ENCOME - API is the backbone of the Encome tool. It is a comprehensive digital API that provides building professionals with advanced computational tools for energy performance simulation. The platform integrates secure user management, material databases, weather data integration, and compliance with international standards (ISO 52016, ISO52010, UNI TS 11300) to enable  building simulations and energy conservation measure evaluations. Through its modular architecture and user-friendly interface, the API transforms complex building science calculations into accessible operations that support evidence-based decision-making for sustainable building design and management.
 
-# Introduction 
 
 # Introduction
 

docs/API/iwg5_api.md

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+---
+title: IWG5 API 
+---
+
+# IWG5 API
+
+!!! abstract "Abstract"
+    
+    The IWG5 API provides programmatic access to a comprehensive simulation-based database that includes energy consumption data, cost analysis, and environmental impact assessments for renovation packages applied to typical European residential and office buildings. Developed by EURAC Research as part of the Implementation Working Group on Energy Efficiency in Buildings (IWG5), the API enables seamless integration of building performance data into external applications and workflows. The platform offers detailed baselines for European residential and office buildings across five climate zones, including building envelope U-values, HVAC system types, and shading controls. Through its RESTful interface, users can filter, compare, and download parametric simulation results, life cycle assessments, and renovation scenario evaluations, supporting evidence-based decision-making for sustainable building renovation strategies across Europe.
+
+# Introduction
+
+The IWG5 API serves as the backbone of the IWG5 application. It allows users to access various simulated data from the IWG5 database, as well as obtain information about the different simulations performed. For straightforward use, it is recommended to interact directly with the IWG5 Application; however, if you wish to implement the API into your own calculations or workflows, you can do so easily through this service.
+Additionally, the API is designed to be highly flexible, supporting custom integration with third-party tools and platforms. This enables architects, engineers, and energy consultants to incorporate advanced simulation results into their broader analysis and reporting processes. The secure framework also ensures that all sensitive building data and simulation results are protected, facilitating compliance with industry standards and privacy requirements. As the platform evolves, new features and endpoints can be added without disrupting ongoing analyses, ensuring that users benefit from continuous innovation and adaptability.
+