RFID in energy and infrastructure - asset identification and reviews
In power generation and infrastructure, it is important to have permanent asset identification and consistent maintenance and service records. RFID makes it easier to record equipment, tools and infrastructure components, reduces field inspection time and improves data quality in maintenance systems.
Applications: asset records and maintenance work
RFID is particularly effective in scenarios where field personnel need to quickly confirm a device's ID, perform an inspection and record an event in the system.
- Marking and recording of infrastructure equipment (asset ID).
- Periodic inspections and servicing - confirming work at the facility.
- Records of tools and equipment of service teams.
- Control of parts inventory and rotation.
On-metal tags and environmental resistance
The power industry often works on metal structures and in harsh outdoor conditions. The tag should be selected for the metal, UV, temperature and mounting method.
- Tags on-metal for metal equipment.
- Resistance to external conditions and work mechanics.
- Selecting the adhesive/mounting for the surface and the life of the marking.
Reading in the field: NFC and UHF handhelds
For inspection confirmations, HF/NFC (short read at the facility) is sometimes convenient. For quick inventory and warehouses, UHF is more commonly used.
- NFC: precise reading at the device and simple operation.
- UHF: tool/resource inventory and quick scanning.
- Integration with service application and event reporting.
Integration with CMMS/ERP and event history
RFID provides a tag that maps to an asset record in the CMMS/ERP system. This maintains a history of maintenance, repairs and locations.
- Mapping an identifier to a resource record.
- Inspection history and confirmation of performance in the field.
- Completeness and non-compliance reports.
Tagging grid assets and field inspections
In energy and infrastructure RFID helps find assets, confirm inspection history and reduce part-swap mistakes. On-metal tags and UV/IP housings are common on cabinets, poles, valves and tools. Field reads usually use handhelds; spare-parts stores often add a desk or gate to link logistics with service.
Value appears when the ID ties to an asset card: type, GPS/descriptive location, inspection dates, documents. Sticking tags without updating service procedures only yields a short-lived “pretty inventory”. Projects include crew training and rules for when a read is mandatory before work starts.
- Build an object hierarchy: site → asset → subassembly → tool.
- Match tags to metal, temperature, UV and service access.
- Define which fields the system must capture after each field read.
- Link RFID to inspection plans and the spare-parts store.
FAQ
Most common questions about this RFID application — if you need help choosing tags or running pilot tests, write to us.
Do you have a similar project?
Describe the material (metal/liquid/textiles), working conditions and the expected read range. We’ll select RFID UHF or HF/NFC tags, propose the process and prepare a B2B quote.