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Wind Integration through Intelligent Load Management

Wind Integration through Intelligent Load Management. Ron Dizy, President & CEO ENBALA Power Networks. The Power System Needs Real-time Flexibility. Continuous delivery of electricity. Ability to meet peak requirement.

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Wind Integration through Intelligent Load Management

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  1. Wind Integration through Intelligent Load Management Ron Dizy, President & CEO ENBALA Power Networks

  2. The Power System Needs Real-time Flexibility Continuous deliveryof electricity Ability to meetpeak requirement Ability to continuallymatch supply & demand (& manage intermittentgeneration) ENERGY CAPACITY FLEXIBILITY

  3. What is Wind Integration – Complex Problem • Volatility – maintaining system balance • Ramp – losing wind at inconvenient times (during ramp) • Capacity – different form of generation Volatility Ramp Capacity Volatility and Ramp can be solved using Demand Management Technologies.

  4. What are Markets Doing? Wind Integration Wind Integration Grid Balance 26 GW Flexibility BPA has over 4,500 MW of wind connected. CAISO also looking at ramp products. Grid Balance Load shifting and Supply & Demand Optimization

  5. Customers Connecting to the Grid The network supplies reliable storage to the power system and pays your site for its flexibility Highly secure communication interface installed ENBALA engineers help you "define” your sites flexibility and constraints Real-time optimization platform that understands process constraints

  6. Capturing Process Storage that Already Exists Water Distribution Facility Commercial Building Refrigerated Warehouse    Wastewater Treatment Storage already exists in the power system Storage in industrial systems and processes provides flexibility in consumption We only have to connect and manage this storage

  7. Network Response Using Heterogeneous Load Types The individual responses from each asset in the network are aggregated to form the network response

  8. Traditional Approach to Wind Integration 2 1 • Fossil fuel generator running at a low level, ready to provide back-up generation for intermittent wind • Fossil fuel generator ramps up quickly to generate energy as the wind power falls off 1 2

  9. Much Better Approach to Integrating Wind 2 3 1 • The continuously connected network of demand-side loads offset the decline of wind power while the fossil fuel generator prepares to come online • Loads give the generation fleet time to efficiently turn on and begin ramping up to provide generation as wind falls off • Loads are recharged back to their neutral point – and continue to provide balance to the generation mix. 1 2 3

  10. New Brunswick Power • Benefits • Engagement of consumers to participate in the power system • Reliable integration of wind generation • Reduction of greenhouse gas emissions • Challenge • Meeting the province’s objective to reliably integrate wind generation into the power system. • Solution • Integration of wind power through intelligent load management.

  11. Thank You For further information, please contact: Ron Dizy, President & CEO ENBALA Power Networks Tel: 416.419.6393 Email: rdizy@enbala.com URL: www.enbala.com

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