The project
The system is an integrated model for the simulation, prediction, dimensioning and design of optimized energy solutions, applicable to individual works and their aggregations.
The project
The system is an integrated model for the simulation, prediction, dimensioning and design of optimized energy solutions, applicable to individual works and their aggregations.
It is a platform based on artificial intelligence methodologies, in which advanced simulation models and expert systems enable the analysis, optimization and prediction of energy system performance.
The AI solutions implemented in the system make it possible to:
- Analyzing and processing energy and infrastructure data;
- Determine optimal plant sizing in terms of efficiency and performance;
- Assess the profitability and economic viability of investments;
- Automatically generate technical documentation for design and implementation.
Target audience
The system is aimed at sector professionals, citizens and their associations, building managers, planners, administrators, construction companies, installers, consultants, regulatory authorities and contracting stations
It is a platform based on artificial intelligence methodologies, in which advanced simulation models and expert systems enable the analysis, optimization and prediction of energy system performance.
The AI solutions implemented in the system make it possible to:
- Analyzing and processing energy and infrastructure data;
- Determine optimal plant sizing in terms of efficiency and performance;
- Assess the profitability and economic viability of investments;
- Automatically generate technical documentation for design and implementation.
Target audience
The system is aimed at sector professionals, citizens and their associations, building managers, planners, administrators, construction companies, installers, consultants, regulatory authorities and contracting stations
Problem Statement
Problem: The design and dimensioning process of photovoltaic systems is often complex, time-consuming and requires specialised expertise. Many companies and individuals encounter difficulties in optimising their projects, leading to inefficiencies, high costs and failure to exploit solar energy potential.
The growth of the photovoltaic market in the Mediterranean region highlights the need for efficient solutions for plant design and dimensioning.
The non-exploitation of solar potential: Difficulties in correctly sizing installations can limit the deployment of solar energy, hindering the transition to renewable sources and the reduction of carbon emissions.
Loss of competitiveness: Companies that do not adopt efficient solutions for the design of photovoltaic systems risk losing competitiveness in a rapidly changing market.
Solution
Our advanced expert system offers a complete solution for the design and dimensioning of photovoltaic systems. Using deductive artificial intelligence algorithms based on rules, criteria and thresholds, it is able to:
Automate the design process, reducing time and costs.
Optimize plant sizing, maximizing energy production.
Automatically generate a final/executive design proposal, complete with all technical and regulatory details.
Solution
Our advanced expert system offers a complete solution for the design and dimensioning of photovoltaic systems. Using deductive artificial intelligence algorithms based on rules, criteria and thresholds, it is able to:
Automate the design process, reducing time and costs.
Optimize plant sizing, maximizing energy production.
Automatically generate a final/executive design proposal, complete with all technical and regulatory details.
Technology and competitive advantages
Deductive Artificial Intelligence expert systems
Machine Learning (ML) & Predictive Optimization
Cloud Computing & SaaS Architecture
Competitive
advantages
Our SaaS platform harnesses deductive artificial intelligence enabling automated executive design for photovoltaic systems. The system fully automates dimensioning and executive design, dramatically reducing time and costs.
It uses predefined rules, criteria and thresholds to ensure tailor-made optimization, taking into account technical regulations, environmental data and design constraints.
Automatically generates complete executive documentation (technical reports, layouts, electrical diagrams, specifications).
Reduces the margin of error and improves the economic efficiency of installations, optimizing the cost-benefit ratio and ROI for installers and designers.
Business Model & Revenue Streams
Our AI expert system for the automated dimensioning and design of photovoltaic systems is available via a Software-as-a-Service (SaaS) licensing model. The B2B approach provides our users with flexibility, instant access and continuous updates, without the need for local installations or investment in IT infrastructure.
Licence
SaaS: A Beneficial Model for Our Customers
Zero installation and maintenance
Everything is managed on the cloud, with no need for local servers
Support and updates included
No extra costs for new features or regulatory updates
Flexibility in subscription plans. Tailor-made solutions for professionals, companies and large contractors.
Thanks to our cloud platform, users can log in anytime, from any device, and generate optimised, regulatory-compliant PV projects in minutes.
We offer different SaaS licence options to suit the needs of designers, installers and companies in the PV industry with monthly, annual and project-specific subscriptions.
Road Map and Project Status
Our vision is to transform the design process of photovoltaic systems into an automated, scalable and locally compliant system. Starting in Italy, our goal is to expand the service throughout the Mediterranean, where the growing demand for renewable energy and government incentives create an ideal market for our AI software.