Bi-Directional Fish Passage Delays
Definition
Pumped storage hydropower faces unique challenges like rapid reservoir level changes impacting fish passage duration and exit conditions, leading to turbine downtime for compliance adjustments.
Key Findings
- Financial Impact: 2-5% annual capacity loss (AUD millions for large PSH); downtime 10-20 hours per fluctuation event
- Frequency: Daily during operation cycles; migration seasons peak risk
- Root Cause: Manual adjustment to operating range fluctuations and competing intake flows
Why This Matters
The Pitch: Hydroelectric firms in Australia lose 2-5% capacity from fish passage compliance delays. Automated tracking prevents downtime from passage inefficiencies.
Affected Stakeholders
Plant Engineer, Environmental Officer, Project Developer
Deep Analysis (Premium)
Financial Impact
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Current Workarounds
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Methodology & Sources
Data collected via OSINT from regulatory filings, industry audits, and verified case studies.
Related Business Risks
Fishway Compliance Monitoring Penalties
Fish Passage Monitoring Cost Overruns
Dam Safety Non-Compliance Fines
Engineering Inspection Costs
Downtime from Safety Reviews
Non-Compliance with Emergency Action Plan Requirements
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