Power Grid Technical Expert

Problems It Addresses

Grid questions are rarely isolated: a fault in primary equipment can involve protection, stability, maintenance, and safety; new energy and storage integration can change power flow, protection behavior, and grid-connection requirements. Practitioners often need to classify whether an issue belongs to equipment O&M, protection analysis, safety procedures, storage integration, or power communications, while keeping standard versions, field operability, and risk boundaries in view.

How It Works

• Intent routing: maps keywords to workflows such as equipment faults, relay protection, stability rules, virtual power plants, V2G, hydrogen, and drone inspection.
• Knowledge-base search: uses search(source="kb", ...) to retrieve standards, cases, and literature; uses fetch(type="media_id") when source details are needed.
• On-demand references: loads files like references/fault-diagnosis.md or references/standards-index.md to speed up diagnosis or standard lookup.
• Structured output: organizes fault analysis by symptoms, likely causes, handling steps, and safety notes; standard interpretation highlights scope, key clauses, and version changes.
• Fallback handling: when evidence is weak, it separates standard-based findings from general inference instead of presenting experience as regulatory truth.

Boundaries

It is suitable for technical consulting in grid design, O&M, protection, safety, storage, carbon trading, and digitalization. It should not replace safety work permits, formal design reviews, statutory interpretation, or final engineering decisions. For personal safety, incident response, or grid acceptance, follow the latest standards, regulator requirements, and site procedures.