[Technologies] Solar
Agri - PV
Innovo’s primary objective is to create innovative Agrivoltaic projects that align with existing ministerial guidelines and meet the highest quality standards on the market.
Our unique approach is to engage in a discussion on sustainability from the outset of project development by working alongside agronomic specialists and landowners.
This process ensures optimization without disruption of current activities, and creates opportunities on the ground while promoting involvement and commitment.
Innovo’s engineering team is specialised in developing the best technical solution for the optimal integration of the Energy and Agriculture/Pasture systems based on the preliminary agronomic inputs, geographic location, and morphological characteristics of the project in order to maximize the yield of both productions.
1.
- Type pf crops and native activities
- Water requirements, soil permeability, etc
- Current land use plans
- Local agreements for agricultural participation
2.
- Specialized agronomic study to determine optimal agronomic cycles.
- Selection of crops, farming and/or pastoral activities, machinery involved and planning of agronomic activities and relative yields.
3.
- Meteorological inputs and determination of optimal PV system.
- Geomorphological analysis for choice of structures and logistics field.
- Productivity analysis.
- Local vincolistic analysis and ministerial guidelines.
4.
- Water use optimization and evaporation prevention.
- Agricultural operator safety and plant security.
- Optimization of O&M activities.
- Optimization of logistics, maneuvering spaces, areas dedicated to agricultural activities.
- Optimization of mutual shading.
5.
- The site construction begins, bringing the project to life. Once operational, it will boost production in terms of energy and agricultural products.
Take a tour of Palmas Arborea: our Agrivoltaic Flagship Project
[Technologies] Solar
Industrial
Through collaborations with our partners, we provide project development opportunities to industrial and energy-intensive companies. The objective is to empower these organizations to utilize the energy generated by their photovoltaic plants for self-consumption.
Depending on the energy requirements of the company, we will design a photovoltaic system on their premises or on leased land from a third party.
Additionally, the PV system can be equipped with a storage system to meet the partner’s energy needs. The energy supply can be physical, linking the plant directly to the company’s MV cabin, or virtual, through a dedicated Power Purchase Agreement (PPA).
[Technologies] Wind
Onshore Wind Power
Wind energy is vital and versatile, being available almost everywhere on Earth with precise data on its most frequent and powerful locations.
This allows us to strategically install wind plants where they will be most effective, maximizing energy production and offsetting initial costs.
Thanks to our partners and in-house team, we have the capability to deliver top-tier onshore wind power plants that meet the highest standards in terms of sustainability and efficiency.
By strategically siting turbines in areas with consistent wind patterns, we enhance energy production while minimizing environmental impact.
Wind power has the lowest overall environmental impact among green energy sources, with emissions and resource consumption limited to the production,
transport, and installation phases.
Acknowledging the importance of engaging local communities in the development process, we prioritize transparency and collaboration. By conducting thorough environmental assessments and maintaining close communication with stakeholders, we im to ensure that our wind projects benefit both the environment and the communities in which we work.
Leveraging our strong partnerships with major industry stakeholders, we offer a comprehensive service for wind farm development and construction. Our integrated approach covers everything from the initial site assessment to project finalization, ensuring seamless project execution and improved performance.
[Technologies] Bess
Storage
Battery Energy Storage Systems play a crucial role in transitioning to a more sustainable and resilient energy environment.
At Innovo, we are committed to utilizing BESS capabilities to drive innovation and contribute to a greener, more efficient energy landscape.
By incorporating advanced battery technologies, intelligent control systems, and predictive analytics, our Battery Energy Storage Systems (BESS) deliver outstanding performance, efficiency, and durability.
We meticulously optimize every aspect of the system, from conception to installation, to ensure maximum performance and reliability.
Through partnerships with leading battery manufacturers, we integrate state-of-the-art battery technologies such as Li-ion, flow batteries, and other innovations to prioritize safety, longevity, and efficiency in our BESS solutions.
Our BESS solutions include smart control and monitoring systems for real-time optimization of energy storage operations. By utilizing data analytics and predictive algorithms, we ensure effective energy management, revenue optimization, and extension of battery life.
We offer extensive support and maintenance services to uphold the continuous performance and reliability of our BESS solutions. Our proactive maintenance procedures, remote monitoring capabilities, and technical support aim to reduce downtime and enhance the return on investment for our clients.