What we do

We help companies improve sustainability through solutions that integrate renewable energy generation into agricultural processes.

With the RestartLand project, we support the management of agricultural properties by making the production system more efficient through Agriculture 4.0 tools.

We improve the use of agricultural roofs, through the agrisolar, designing and installing photovoltaic panels, modernizing buildings and production facilities. We offer the possibility of obtaining a multi-year income through energy efficiency.

We encourage the production of energy from renewable sources such as biogas which allows us to produce electricity and heat starting exclusively from animal farm’s manure and slurry.

We promote, by supporting companies and single entrepreneurs, all the management, design and planning activities of the silvicultural business.

Oggi le aziende agricole possono formare una “comunità energetica”, dotandosi di impianti ad energia rinnovabile beneficiando al contempo degli incentivi economici statali.

RestartLand’s areas of intervention for the Ecological Transition

Agriculture 4.0

Sensors, drones, big data, agrometeorology


Agrivoltaic, greenhouses, ground and rooftop photovoltaics


Among the most useful alternative sources for the transition to renewable energy

Urban and extra-urban reforestation

counteract air pollution and climate change

Contact us

We will contact you to answer any of your questions!

RestartLand’s assets


  • Encourage the production of electricity in cogeneration from biogas and / or from solar in the company environment; 
  • Develop biomethane mechanization, use biomethane in high-efficiency CHP and in all engines and energy uses that are not easily electrified;
FARM 4.0

  • Expand the use of process digitization, precision farming, robotics and IoT (agriculture 4.0, animal husbandry 4.0) and all those techniques and technologies that allow you to calibrate the use of resources according to the characteristics of the soil and the specific needs of crops and livestock (energy, fertilizers, pesticides, herbicides, water).
  • Reduce the intensity of tillage (conservative farming techniques);

  • Increase the share of zootechnical effluents sent for anaerobic digestion (2030 target: 65% of the total), as well as crop residues and agro-industrial by-products; 
  • Cover and recover the biogas from digestate storage 

  • Optimize and spread organic fertilization with precise use of the digestate in substitution of chemical fertilizer 
  • Spread fertigation with clarified or microfiltered digestate 
  • Implement and promote repeated, precise and calibrated organic fertilization with digestate. 

  • Choose animals with high production performances as a result of continuous genetic improvement; 
  • Adopt housing and herd management techniques based on the principles of animal welfare and the adoption of Zootechnics 4.0 systems; 

  • Insert woody crops in arable land, creating the so-called silvoarabili systems, in order to increase photosynthetic production per unit of surface and have available biomass from work. 

  • Reuse of CO2 for the production of synthetic materials and fuels in P2X systems; production of methane starting from biogenic CO2 contained in biogas and H2 produced by electrolysis fueled by renewable energy (Power to gas), production of renewable H2 from steam reforming of biomethane