Photo-anodising
Image embedded beneath the aluminium oxide. Service life equivalent to the metal itself: the reference option for outdoor identification.
Identification for the renewables sector
Industrial identification resistant to UV, humidity and thermal cycles for photovoltaic farms, wind turbines and storage systems. Proven outdoor durability over decades.
Visión general
Sobre el sector
In renewable energy, a component's identification must survive intact for as long as the asset. We are talking about 25–30 years of exposure to UV, humidity, extreme thermal cycles and sometimes a saline environment. A plate that fades after 5 years forces costly re-identification operations or documentary withdrawal of the asset.
We work with manufacturers and operators in photovoltaic farms, onshore and offshore wind turbines, BESS storage systems and electrical substations. Photo-anodising on aluminium is our preferred technique for this durability profile: the information is integrated into the anodic layer itself and is not erased by abrasion or UV.
Aplicaciones
Aplicaciones típicas
Casuísticas habituales de identificación que cubrimos en este sector.
Productos recomendados
Productos relevantes para este sector
Fichas técnicas con materiales, procesos y casuísticas más detalladas.
Industrial rating plates
Manufacturer plates with regulatory data for industrial machinery: CE marking, manufacturer data, model, serial number, year, electrical specifications. Photo-anodised for decades of durability in industrial environments.
Technical information plates
Plates with permanent technical information: operating instructions, warnings, procedures, scales, diagrams, circuit identification. Manufactured so the information stays legible throughout the equipment's life.
Metal and plastic labels
Industrial identification labels for serialised traceability. Fibre laser marking on aluminium or stainless steel, photo-anodising for extreme durability, two-layer ABS for serialisation on plastic.
Smart Labels (RFID / NFC)
Smart labels that combine visual and digital identification: an integrated RFID/NFC chip with laser-engraved DataMatrix or a visible serial. Automated traceability on the production line and in maintenance on metal surfaces.
Procesos
Procesos clave en este sector
Técnicas que aplicamos con mayor frecuencia para este perfil de identificación.
High-precision laser marking and cutting
Individual serialisation and DataMatrix on inverter, transformer and high-voltage cabling plates.
High-resistance UVI printing
UV inks with superior anchoring and resistance to UV, weathering and abrasion for multicolour plates.
Ventajas
Por qué AMBAR ITC en este sector
Diferenciales que valoran nuestros clientes recurrentes.
Proven outdoor durability
Decades of experience identifying equipment outdoors. Photo-anodising guarantees a service life equivalent to the asset.
Verified UV resistance
Substrate and process combinations selected specifically to prevent fading from continuous solar radiation.
Capacity for large recurring runs
Production sized for farms with thousands of units per project and scheduled replacements throughout the asset's life.
IEC and country regulatory compliance
We adapt content and format to the applicable IEC standards and the specific country or operator requirements for electrical infrastructure.
FAQ
Preguntas frecuentes
Las dudas más habituales que recibimos en este sector.
¿Tu proyecto necesita identificación industrial certificada?
Equipo técnico de AMBAR ITC analizará tu pliego y devolverá propuesta detallada en 24-48 horas laborables.