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Virtual Power Plants: Enabling 100% Renewable Energy Systems Shi You August 1, 2011
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Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Dec 08, 2018

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Page 1: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Virtual Power Plants:Enabling 100% Renewable Energy Systems

Shi You

August 1, 2011

Page 2: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Challenges For Renewable Energy Development

Economic & Financial

barrier

Technical barrier

Regulatory barrier

Social barrier

High capital cost

Long payback period

Subsidized electricty

Wholesale market access

Ancilliary services provision

Costs & benefits allocation

Grid reliability

Power quality

Lack of coordination

Lack of social acceptance

Unawareness of the benefits

Invisibility of the full costs of electricity from non-renewable energy sources

Page 3: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Virtual Power Plants

Virtual Power Plant

Power/Energy Market

Medium Voltage

Page 4: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Advantages of VPP aggregation

Visibility: VPP can give transparency to TSO/DSO of

its aggregated portfolio, providing real-time information

Controllability: appropriate aggregation can

perform close to conventional power plants (e.g. Wind+

CHP+DR)

Market access: provides new business fields for DER

owners and other investors

Improved local intelligence: DER owners can obtain

more valuable information from VPP

Feasibility: VPP can be implemented under current

regulatory structures.

Page 5: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

What is the state of the art of VPP?

Direct control is normally much more favored than in-direct control

Two way communication is also preferred

Optimal operations have been claimed

Page 6: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Combined Power Plant (Germany)

Page 7: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

FENIX VPP(FENIX VPP(EU)

Page 8: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

FENIX VPP(FENIX VPP(Northern Scenario)

•(Non-operational) Commercial aggregation• Optimized power market participation • Active internal balancing • Balancing services to the TSO.

Page 9: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

FENIX VPP(FENIX VPP(Southern Scenario)

• Participating in the day ahead market with the VPP

• Offering tertiary reserve ancillary service

• Contributing to maintain the voltage levels in transmission and in distribution

Page 10: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Market-based approaches (Denmark)

Page 11: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Market-based approaches (Denmark)

Page 12: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Market-based approaches (Denmark)

Page 13: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Remarks

Sustainable business models are required to meet the goal of sustainable development

Economic

SocialEnvironmental

Page 14: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Remarks

Market always decides energy choices, but we candevelop & introduce new markets.

$$$

Page 15: Virtual Power Plants: Enabling 100% Renewable Energy Systems · perform close to conventional power plants (e.g. Wind+ CHP+DR)

Thank You!