Widely recognized internationally, making it easier for global teams to collaborate on large-scale energy projects. The Coding Structure A typical KKS code consists of four breakdown levels:
Because KKS is flexible, every power plant creates a specific "Key" document. This is a customized PDF listing exactly which codes are used for that specific facility.
– Structure and civil engineering works (buildings, foundations) kks power plant identification system pdf
Focuses on physical locations, structural quadrants, rooms, and floors. This is primarily used by civil engineers and architectural teams.
A standard KKS code is broken down into a hierarchical structure consisting of four breakdown levels, numbered from 0 to 3. Each level represents a different layer of detail, moving from the entire plant down to specific components. Each level represents a different layer of detail,
2. KKS Identification Types: Process, Installation, and Location
While KKS remains widely used in existing legacy plants, the industry has introduced a successor known as (Reference Designation System for Power Plants), governed by international standards IEC 81346-10 and ISO/TS 16952-10. foundations) Focuses on physical locations
When utilizing an official KKS reference manual or PDF, engineers rely on specific code keys to translate the data accurately. A comprehensive KKS PDF generally includes three primary reference sections: