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CCHBC Poland Demand Side Response

CCHBC Poland Demand Side Response. Grid : Yesterday. SMARTGrid : Tomorrow. Energy Price is Fluctuating. Energy Price. Needs for Energy. Grid Balancing. Needs for Energy in Poland. PRODUCTION. DEMAND. Needs for Energy – Realistic Scenario. Mature blocks closeout, up to 4,4 GW power.

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CCHBC Poland Demand Side Response

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  1. CCHBC PolandDemand Side Response

  2. Grid: Yesterday

  3. SMARTGrid: Tomorrow

  4. Energy Price is Fluctuating

  5. Energy Price

  6. Needs for Energy

  7. Grid Balancing

  8. Needs for Energy in Poland PRODUCTION DEMAND

  9. Needs for Energy – Realistic Scenario Mature blocks closeout, up to 4,4 GW power PRODUCTION DEMAND

  10. DSR idea Demand Side Response (DSR): temporary reduction of energy consumption, implemented on demand, realized according to schedule agreed by Energy Consumer and Supplier Technology Supplier / VEMS Operator = VemsEcoFound DSR Integrator = WSEInfoEngine / Sparkhouse

  11. How Demand Response Events Works? Notify Respond Restore

  12. How Demand Response Events Works?

  13. How it will work MW / STAND BY / MWh PSE / OSD INDUSTRY VEMS SYSTEM / DSR ENABLER AGGREGATOR: SPARKHOUSE/ INFOENGINE BUSINESS PUBLIC INSTITUTIONS HOSPITALS ENERGY WHOLESALE MARKET SHOPPING MALLS

  14. DSR issafe AUTOMATIC OR MANUAL

  15. How Demand Response Events Works? Aggregator operating energy management system Automated power reduction aggregation in all managed entities through VEMS

  16. VEMS management Operational platform for power reduction management in distributed entities = VEMS Enabler DSR

  17. DSR in Poland: Tommorow

  18. DSR Potential in Poland Power demand in peak times relates to approx. 1% of the whole year period (50-70 hours) Need for DSR may reach from 500 MW to 4000 MW Current costs of extraordinary power supply for peaks reach 600-800 mln PLN

  19. DSR Capacity?

  20. DSR Capacity?

  21. DSR on Established Markets

  22. How Demand Response is popular?

  23. Demand Response in Europe

  24. VEMS: Core Energy Management System Virtual Energy Management System (VEMS) VEMS allows power use reduction during peak energy demand periods.

  25. Step 1: Energy Efficiency Rationalization of ventilation, heat and cooling management Reduction up to 30%

  26. Step 2: Energy Consumption Profile Optimization Roster unit profile optimization for dealing unit Profiting from daily profile changes (price x quantity) Energy measurement management Daily profile changes technical handling

  27. Step 3: DSR System Operating Profiting from: DSR and daily profile changes DSR deals Power reduction technical handling

  28. Energy = Costs? income costs

  29. DSR Program Participation New income source Media costs reduction No investment costs for Partner (*) (*) Possible exception in case of necessary measurement infrastructure adjustement or repair

  30. DSR System Launching Process

  31. DSR Procedure

  32. Case: Energy Savings VEMS ON

  33. Welcome to DSR in Poland https://www.facebook.com/Virtual2Power

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