The Grid's Weakest Link
In the utility sector, a single failing pole or a corroded connector can black out an entire district. If you are managing a distribution network using paper maps or scattered field notes, you are blind to the real health of your grid. You know where the poles are, but do you know the Kondisi (Condition) of the Arrester on Pole #402? Is the Posisi Switch on the recloser actually Close or did it trip during the last storm? The gap between the "as-built" diagram in the office and the physical reality in the field is where outages are born. You shouldn't be "patrolling lines"; you should be building a digital twin of your infrastructure.
This template is a digital технічний survey tool for the line technician. It moves beyond the simple asset tag and captures the deep technical specifications of every Tiang (Pole) and its attached equipment.
The Anatomy of a High-Voltage Node
The strength of this system is its multi-level component tracking. It doesn't just see a "pole"; it sees a vertical assembly of critical systems. You track the Tipe Tiang and its physical status (BAIK, MIRING, RUSAK). But more importantly, you audit the conductors at four distinct levels (Tkt 1 through Tkt 4). Knowing the Jenis Penghantar (Conductor Type) and Luas Penampang (Cross-sectional Area) for every circuit allows for precise load calculation and thermal modeling.
The equipment section allows for a detailed audit of protection devices. Whether it's an LBS, RECLOSER, or SECTIONIZER, you record the Merk (Brand), No Seri, and the critical Posisi Switch. This is vital for safety and switching operations. Before a crew isolates a section for maintenance, they can verify the configuration of every upstream device. The Photo fields at each data point provide visual proof of the asset's state, creating an undeniable record for maintenance planning.
Field Deployment: The Maintenance Audit
Imagine a crew dispatched to investigate a feeder fault. Instead of driving aimlessly, they pull up this database. They verify the No GPS coordinates and check the last known Kondisi of the section's Pemutus (Breaker). They find that a specific pole has a history of Arrester failure. This isn't just a "logbook"; it's a grid intelligence platform. You move from reactive repairs to predictive maintenance, ensuring that every Petugas (Officer) has the data they need to keep the lights on safely. You move from "guessing the fault" to mastering the technical reality of your distribution network where every No Tiang is a known, managed asset.