The structure is placed directly on the ground, without permanent drilling or anchoring
Stability is guaranteed through inert materials (jay or materials available on site), adaptable to site conditions
The system follows the natural inclination of the ground, reducing the leveling works
Allows efficient space management and optimization of the layout
Solar Plate is a modular, non-invasive mounting system for photovoltaic ground systems designed to eliminate the need for drilling, drilling and invasive civil works.
The system is based on a high density polyethylene (HDPE) structure that performs a double function: structural support of the system and ballast container.
The absence of excavations, concrete castings and mechanical fixings allows to transform the soil into a stable and reversible support surface, reducing the impact on the soil and simplifying the installation phases.
The use of Lastro not only responds to geotechnical or environmental constraints, but represents a strategic choice for the overall optimization of the project.
The use of Lastro not only responds to geotechnical or environmental constraints, but represents a strategic choice for the overall optimization of the project.
The use of Lastro not only responds to geotechnical or environmental constraints, but represents a strategic choice for the overall optimization of the project.
The use of Lastro not only responds to geotechnical or environmental constraints, but represents a strategic choice for the overall optimization of the project.
The use of Lastro not only responds to geotechnical or environmental constraints, but represents a strategic choice for the overall optimization of the project.
The use of advanced technical polymers allows a competitive cost per kW compared to traditional metal carpentries.
The low weight (15 kg empty) and vertical stackability reduce transport costs and simplify the management and handling on site.
Mounting requires no skilled labour or heavy machinery, with a significant reduction in installation times.
The absence of civil works allows to operate even in weather conditions not ideal.
The system is completely removable, allowing soil restoration or future land enhancement.
The use of advanced technical polymers allows a competitive cost per kW compared to traditional metal carpentries.
The low weight (15 kg empty) and vertical stackability reduce transport costs and simplify the management and handling on site.
Mounting requires no skilled labour or heavy machinery, with a significant reduction in installation times.
The absence of civil works allows to operate even in weather conditions not ideal.
The system is completely removable, allowing soil restoration or future land enhancement.
The use of advanced technical polymers allows a competitive cost per kW compared to traditional metal carpentries.
The low weight (15 kg empty) and vertical stackability reduce transport costs and simplify the management and handling on site.
Mounting requires no skilled labour or heavy machinery, with a significant reduction in installation times.
The absence of civil works allows to operate even in weather conditions not ideal.
The system is completely removable, allowing soil restoration or future land enhancement.
The use of advanced technical polymers allows a competitive cost per kW compared to traditional metal carpentries.
The low weight (15 kg empty) and vertical stackability reduce transport costs and simplify the management and handling on site.
Mounting requires no skilled labour or heavy machinery, with a significant reduction in installation times.
The absence of civil works allows to operate even in weather conditions not ideal.
The system is completely removable, allowing soil restoration or future land enhancement.
Plate is designed to ensure structural stability and durability even in critical environmental conditions.
High density polyethylene (HDPE)
Solar plate has a weight of
15 kg (empty)
Guaranteed up to 35 years, even in highly corrosive environments (Class C5)
Guaranteed 12 years against defects
Of manufacture
Tested in wind tunnel up to 50 m/s (180 km/h)
Compliant with the main international technical regulations on structural safety
Plate is designed to ensure structural stability and durability even in extreme environmental conditions
Plate is designed to ensure structural stability and durability even in critical environmental conditions.
Plate is designed to ensure structural stability and durability even in critical environmental conditions.
Includes assembly specifications, wind resistance certifications and international study cases.
© Arkimede Solutions S.r.l. – P. IVA and CF: IT12783590966 – Legal Office: Via G. Carducci 5, 20123 Milano
© Arkimede Solutions S.r.l. – P. IVA and CF: IT12783590966 – Legal Office: Via G. Carducci 5, 20123 Milano
