Let’s make the world more sustainable
With a photovoltaic system you improve the sustainability of your company and increase the value of your property.
Restartland offers you sustainable and modern solutions to develop Energy Communities (CER) and the production of energy produced by photovoltaic systems.
Our network of investors and project developers will take care of all phases of the design, installation and maintenance of new photovoltaic panel systems.
Systems developed by RestartLand
Energy communities.
Agrivoltaic
Photovoltaic on the roofs
Ground photovoltaic
Photovoltaic greenhouses
Energy Communities.
The future is already here.
RESTARTLAND expects the construction of photovoltaic systems with a power not exceeding 1 MW aimed at creating energy communities and photovoltaic systems with a power exceeding 1 MW and BIO GAS and BIO METHANE systems.
Energy communities are a group of subjects (municipalities, condominiums, families or cooperatives) capable of producing, consuming and sharing energy in compliance with the principle of energy self-consumption and self-sufficiency, using systems that produce clean renewable energy.
With the establishment of the energy communities, the possibility of producing energy through renewable energy sources, such as photovoltaic panels, is being launched.
The real news, however, lies in the possibility of exchanging and accumulating energy among citizens, in the true spirit of the community. In this way families, condominiums, factories, cooperatives will be able to become producers and consumers at the same time, simply by installing systems in their homes or factories, capable of producing renewable energy.
Agrivoltaic
From the cultivation plan to the management of the land
An agrivoltaic system is a complex system, being at the same time an energetic and agronomic system.
The performance linked to photovoltaics and the one linked to agricultural activities are in opposition, since the solutions optimized for maximum solar capture by photovoltaics can generate less favorable conditions for agriculture and vice versa. For example, excessive shading on plants can generate negative effects on photosynthetic efficiency and, therefore, on production; or even the small spatial distances between the modules and between the modules and the ground can interfere with the use of mechanical tools generally used in agriculture.
It is therefore important to set parameters and define requirements aimed at achieving optimized performance on the overall system, considering both energy and agronomic dimensions.
The guidelines relating to agriculture in Italy illustrate suitable crops and those less or not at all suitable.
Read the guidelines of the ministry of ecological transition
5 Ministry of Ecological Transition’s requirements
The Restartland team, thanks to the technical know-how and experience of the network partners, is able to meet the 5 requirements required by the Ministry of Ecological Transition:
We design agrivoltaic systems to allow the integration of agricultural, pastoral and electricity production activities and enhance the production of both subsystems.
We guarantee the synergistic production of electricity and agricultural products and do not compromise the continuity of agricultural and pastoral activity.
We design with high modules from the ground, adopted by the agrivoltaic system, aimed at optimizing the performance of the system both in energy and agricultural terms. It is a particularly important requirement as it describes the aspect relating to the spatial configuration of the system and – in particular – the minimum height of the modules from the ground (especially for pastoral activities)
We carry out monitoring activities that are useful both for verifying the fundamental parameters, such as the continuity of agricultural activity on the area below the plants, and for parameters aimed at detecting effects on competing benefits. We provide monitoring systems related to:
Water saving
The continuity of agricultural activity: the impact on crops, agricultural productivity for the different types of crops or livestock and the continuity of the activities of the farms concerned.
In addition to the above, in order to evaluate the effects of the agrivoltaic achievements, the following are monitored:
Soil fertility recovery
The microclimate
Resilience to climate change
Finally, to monitor the proper functioning of the photovoltaic system and, therefore, ultimately the virtuosity of the synergistic production of energy and agricultural products, it is important to measure the production of electricity.
Features of the sites for the installation of a photovoltaic system
- areas classified as agricultural, enclosed in a perimeter whose points are no more than 300 meters away from industrial, artisanal and commercial use areas, including sites of national interest, as well as quarries and mines;
- the areas inside the industrial sites and factories, as well as the classified agricultural areas enclosed in a perimeter whose points are no more than 300 meters away from the same system or factory;
- areas close to the motorway network within a distance of no more than 150 meters;
- quarries or lots of quarries not susceptible to further exploitation;
- roofs of industrial buildings or farms;
- farmland of at least 15 hectares.
How does it work
The installation of a photovoltaic system on your land will allow you in the first place to make a significant contribution to the reduction of dependence on foreign fossil fuels and the reduction of CO2 emissions in the air, as well as guaranteeing a safe high supply of electricity. The landowner will not have to bear any charges, neither in the preliminary phase nor during the 30-year concession.
Step 1: Site identification
Identification of the owner interested in the development of photovoltaic systems through the sale or lease of land or the rental of roofs
Step 2: Information gathering
Identification of the geographical references of the identified site. Collection of information aimed at reconstructing the characteristics of the land, dimensions and constraints (cadastral surveys, certificate of urban destination)
Step 3: Data analysis
Sending data to the Business Development unit and feasibility analysis and use of the sites identified for the installation of photovoltaic systems
Step 4: Feasibility study
Once all the information has been obtained, the feasibility of the project will be defined
Step 5: Final notification
At the end of the analysis, if the feasibility study has been successful, we will proceed to make a commercial proposal for the purchase or sale of the land or roof
Now it’s time to think about it
No investment required, we take care of everything
Based on the needs of entrepreneurs and property owners, we develop tailor-made commercial offers to become more competitive and generate value.
We install photovoltaic systems on asbestos roofs, with disposal and reconstruction of the roof, or on the ground on industrial areas.
Installing a photovoltaic system on your land will allow you first of all to contribute substantially to the reduction of dependence on foreign fossil fuels and the emission of carbon dioxide into the air, and will also guarantee you a high, safe and constant income over the time.
We are present in all the main Italian regions, we know the market and its different characteristics.
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