Agrivoltaico 360
Cultivating Energy,
Nourishing the Planet
The growing demand for clean energy and the need for sustainable food production require innovative solutions. The Agrivoltaico 360 Ecosystem offers a concrete answer: the intelligent integration of solar energy production and agricultural activities. A group of specialized companies, united by a common vision, provide their complementary skills to create innovative, efficient and sustainable solutions.
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Ecosystem
Financing and implementation of large-scale agrivoltaic projects. Development, financing, construction and management of photovoltaic and agrivoltaic systems.

Innovative and robust steel structures for agriculture and solar energy. Design, production and installation of greenhouses, fences, support structures and integrated solutions for agrivoltaics.
Development and management of photovoltaic projects in Italy, with a focus on agrivoltaics. Site identification, design, installation, management and maintenance of photovoltaic and agrivoltaic systems.
Ecosystem
Strategic consulting and integrated solutions for agrivoltaics, from design to sustainable management. Consulting, design, construction, digital platforms, traceability, energy management and training in the agrivoltaic sector.

Design and construction of high-efficiency photovoltaic systems, also in the agricultural sector. Turnkey solutions for photovoltaic systems, including storage systems, monitoring and energy consulting.
Digital platform based on AI and blockchain for optimizing and managing agrivoltaic systems. Monitoring, analysis, optimization, forecasting and decision support for agrivoltaic systems.
Agrivoltaic Services and Applications
360
The Agrivoltaico 360 Ecosystem offers a comprehensive range of services and applications for existing and new agrivoltaic systems, ensuring an integrated and multidisciplinary approach at every stage of the project.
Evaluation and Optimization
of Existing Systems
Identification of Opportunities
Identification of opportunities for improvement through technological updates, structural modifications, or the introduction of new crops. The analysis includes assessing the possibility of upgrading the plant's monitoring and control system, evaluating the replacement or integration of photovoltaic panels with more efficient technologies, analyzing the potential to optimize the arrangement of photovoltaic panels or crops, identifying new crops suitable for the local environment and climate, as well as analyzing the use of intelligent irrigation systems or other innovative technologies to improve agricultural yield.
In-depth Analysis
In-depth analysis of the energy production, agricultural yield, and environmental impact of the plant. The assessment includes analyzing historical energy production data, verifying the health status of photovoltaic panels, evaluating crop yields, analyzing environmental impact and CO2 emissions, and assessing the plant's operating and maintenance costs.
Implementation of Solutions
Implementation of customized solutions to increase the efficiency and profitability of the plant. The implementation phase includes the design and installation of energy storage systems to optimize the use of solar energy produced, the implementation of intelligent control systems for the optimized management of energy production and agricultural yield, the implementation of preventive maintenance interventions to ensure the proper functioning of the plant in the long term, and the introduction of new technologies to improve the environmental sustainability of the plant.
Design and Implementation of New Turnkey Plants

1

Strategic Consulting
Strategic consulting and integrated design to define project goals and choose the most suitable solutions.

2

Financial Support and Construction
Financial support and complete management of construction and installation of the plant, ensuring quality and reliability.

3

Monitoring and Maintenance
Continuous monitoring of the plant and technical assistance to ensure maximum performance and efficiency over the long term.

4

Optimization and Innovation
Research and development of innovative solutions to improve the sustainability and efficiency of the plant, ensuring a sustainable future for agrivoltaics.
Integrated Management Digital Platform
Real-Time Monitoring and Analysis
Real-time monitoring and analysis of data on energy production, weather conditions, crop growth, and other relevant parameters.
AI Optimization
Optimization of energy production and agricultural yield through artificial intelligence and advanced algorithms.
Traceability and Certification
Traceability and certification of agricultural and energy production through blockchain technology, ensuring transparency and added value to products.
Training and
Continuous Support
Training Courses
Training courses for farmers, technicians and investors to spread knowledge about agrivoltaics and promote sustainable practices
Mentorship and Consulting
Personalized mentorship and consulting to support the development of agrivoltaic projects and address specific challenges
Technical Assistance
Continuous technical assistance and maintenance services to ensure the correct operation of the plants over time
Innovative Solutions for Energy Management
Energy Storage Systems
Design and installation of energy storage systems to optimize self-consumption and management of the energy produced. Our experience allows us to select the most advanced technologies and to size the systems in order to guarantee maximum efficiency and performance, allowing us to make the most of solar energy and minimize waste. Energy storage systems are essential to ensure greater flexibility and energy independence, allowing us to store excess solar energy during peak hours and use it during peak hours, or sell it to the energy market.
Integration with Green Hydrogen
The integration of agrivoltaics with the production of green hydrogen is an innovative and sustainable solution for managing excess energy. Using excess solar energy, we can power electrolysis and produce green hydrogen, which can be stored and used as a clean and versatile energy source for various applications, such as transportation, heating, and electricity generation. Green hydrogen represents a significant opportunity to decarbonize the energy sector and create a more sustainable and resilient energy system.
Energy Communities
Support the creation of local energy communities for sharing the energy produced, promoting sustainability and social cohesion. Energy communities allow citizens to share solar energy produced, reducing energy costs, increasing self-consumption and creating a sense of community. We are committed to supporting the creation of energy communities by providing advice, design, and technical support for the realization of shared plants, promoting access to renewable energy and the creation of a more sustainable and inclusive energy system.
Competitive Advantages of the Ecosystem

1

Integrated and Multidisciplinary Approach
The ecosystem offers a comprehensive and customized solution for every agrivoltaic project, thanks to the collaboration between companies with complementary expertise.

2

Technological Innovation
The use of cutting-edge technologies such as artificial intelligence, blockchain and IoT allows to optimize production, improve efficiency and ensure product traceability.

3

Environmental Sustainability
The ecosystem promotes responsible agricultural practices and the use of eco-friendly materials, reducing the environmental impact of agrivoltaic projects.

4

Efficiency and Profitability
The optimization of agricultural and energy production, the reduction of costs and the intelligent management of energy guarantee a faster and consistent return on investment.

5

Continuous Support and Advice
The ecosystem offers training, mentorship and technical assistance to accompany the client in every phase of the project and ensure long-term success.
Environmental and
Social Impact
Aspect
Use of Land
Biodiversity
CO2 Emissions
Social Impact
Traditional Agrivoltaic
Competition between energy and agriculture
Potential reduction
Limited reduction
Limited
Agrivoltaic 360 Ecosystem
Efficient and synergic use of land
Promotion and protection of biodiversity
Significant reduction in emissions
Job creation and rural development
Conclusions
The 360 Agrivoltaic Ecosystem represents a unique and innovative solution for the development of sustainable and profitable agrivoltaic projects. Thanks to the collaboration between leading companies in the sector, we offer an integrated and multidisciplinary approach that maximizes the benefits for the environment, the economy and society.