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LB Performance v Module Resistivity ( 4.5 - 6.5 ohm cm2)

LB Performance v Module Resistivity ( 4.5 - 6.5 ohm cm2). LB Arbitrage. Converter limit. LB Performance vs Temperature. LB Performance v Module Resistivity ( 4.5 - 6.5 ohm cm2). Design Philosophy. Iterative Process Concept Design HAZOP Assess Risks Model Plant Performance Revise Design.

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LB Performance v Module Resistivity ( 4.5 - 6.5 ohm cm2)

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  1. LB Performance v Module Resistivity( 4.5 - 6.5 ohm cm2) LB Arbitrage Converter limit

  2. LB Performance vs Temperature

  3. LB Performance v Module Resistivity( 4.5 - 6.5 ohm cm2)

  4. Design Philosophy • Iterative Process • Concept Design • HAZOP • Assess Risks • Model Plant Performance • Revise Design

  5. Design Philosophy • First Demonstration RFC Design • Peak rating 15 MW • Energy storage 120 MWh • 120 XL modules • Arbitrage capability (6 hour storage) • Black start capability ( 4 hours) • High reliability/availability • Design towards unmanned operation

  6. LBRFC Operations • Technology demonstration on commercial scale • Operational experience • Maintenance strategy • Lifetime/reliability/availability • Performance • Safety • Design

  7. LBBS Performance

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