Plat.form of Energy

Client: Politecnico di Torino
Duration: 1 year
People involved: 6

LEARN MORE

About the Project

Overview

Plat.form of Energy is a comprehensive ecosystem of applications designed to address renewable energy planning.

Solution

The ecosystem comprises three modules - RES, Wave, and Offshore Wind - each offering specialized energy resources.

Results

It delivers tailored solutions, supporting strategic planning and decision-making in renewable energy projects.

Key Features

RES Module

RENEWABLE ASSESSMENT

Evaluates energy, economic, and environmental impacts of renewable energy sources at the planning stage.

INTERACTIVE MAPS

Quantifies and visualizes energy potential and producibility in specific areas.

TECHNOLOGICAL FOCUS

Focuses on wind and photovoltaic plants, providing insights for strategic investment decisions.

Wave Module

WAVE ENERGY ANALYSIS

Analyzes available wave resources and identifies optimal locations for wave energy converter installations.

TAILORED SOLUTIONS

Supports decision-making processes by recommending suitable technologies based on sea state characteristics.

STAKEHOLDER SUPPORT

Provides actionable insights for stakeholders to make informed decisions about wave energy exploitation.

Offshore-Wind Module

OFFSHORE WIND ANALYSIS

Evaluates wind resources and optimal locations for offshore wind generator installations.

TECHNOLOGY RECOMMENDATION

Recommends the most appropriate technologies based on environmental conditions.

STRATEGIC PLANNING

Supports stakeholders in planning and investment decisions for offshore wind projects.

Integrated Benefits

COMPREHENSIVE TOOLS

Each platform integrates energy, economic, and environmental assessments for a holistic approach.

VISUALIZATION CAPABILITIES

Interactive maps enhance understanding and facilitate better decision-making.

CUSTOMIZED SUPPORT

Delivers tailored solutions to address stakeholder needs and policy decisions.

Technical Implementation

MODULAR ARCHITECTURE

Each module is developed as a standalone application, ensuring flexibility and scalability.

DATA-DRIVEN ANALYSIS

Advanced algorithms process large datasets to deliver accurate and actionable insights.

INTERACTIVE VISUALIZATION

Dynamic graphical interfaces enable users to explore data and insights with custom dashboards.

Project Tech Stack

REACT

DJANGO

TYPESCRIPT

POSTGRESQL

DOCKER

ADOBE XD

Other projects

DRIVER

A logistics optimization platform offering automated data analysis and performance insights.

2024

MESPAC

Innovative application for metocean data integration in renewable energy projects.

2023

CLICC

Platform supporting the formulation of Climate City Contracts through scenario analysis and decision support.

2022

Ready to turn your idea into reality?

Let's collaborate and create something exceptional!

Let's collaborate!

OUR

COMPANY

ABOUT

WHY US

TECHNOLOGIES

PROJECTS

AWARDS

DATA & ANALYTICS

SERVICES

DATA ENGINEERING

DATABASE MANAGEMENT

BUSINESS INTELLIGENCE

ARTIFICIAL INTELLIGENCE

GENERATIVE AI