The second life for gas: optimizing decentralized load balancing through the use of locally available gas resources

Frank Pierie, Wim van Gemert

Onderzoeksoutput: AbstractOther research output

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The European Union is striving for a high penetration of renewable energy production in the future energy grid. Currently, the EU energy directive is aiming for 20% renewable energy production in the year 2020. In future plans the EU strives for approximately 80% renewable energy production by the year 2050. However, high penetration of wind and solar PV energy production, both centrally and de-centrally, can possibly destabilize the electricity grid. The gas grid and the flexibility of gas, which can be transformed in both electricity and heat at different levels of scale, can help integrate and balance intermittent renewable production. One possible method of assisting the electricity grid in achieving and maintaining balance is by pre-balancing local decentralized energy grids. Adopting flexible gas based decentralized energy production can help integrate intermittent renewable electricity production, short lived by-products (e.g. heat) and at the same time minimize transport of energy carriers and fuel sources. Hence, decentralized energy grids can possibly improve the overall efficiency and sustainability of the energy distribution system. The flexibility aforementioned, can potentially give gas a pivotal role in future decentralized energy grids as load balancer. However, there are a lot of potentially variables which effect a successful integration of renewable intermittent production and load balancing within decentralized energy systems. The flexibility of gas in general opens up multiple fuel sources e.g., natural gas, biogas, syngas etc. and multiple possibilities of energy transformation pathways e.g. combined heat and power, fuel cells, high efficiency boilers etc. Intermittent renewable production is already increasing exponentially on the decentralized level where load balancing is still lacking.
Originele taal-2English
Aantal pagina's1
StatusPublished - 20 feb 2013
EvenementEuropean Gas Technology Conference 2013: Imagine gas innovation - Salons Hoche, Paris, France
Duur: 30 mei 201331 mei 2013
http://www.marcogaz.org/index.php/egatec/egatec2013
http://www.gerg.eu

Conference

ConferenceEuropean Gas Technology Conference 2013
Verkorte titelEGATEC 2013
LandFrance
StadParis
Periode30/05/1331/05/13
Internet adres

Keywords

  • energie
  • gas

Citeer dit

Pierie, F., & van Gemert, W. (2013). The second life for gas: optimizing decentralized load balancing through the use of locally available gas resources. Abstract van European Gas Technology Conference 2013, Paris, France.
Pierie, Frank ; van Gemert, Wim. / The second life for gas : optimizing decentralized load balancing through the use of locally available gas resources. Abstract van European Gas Technology Conference 2013, Paris, France.1 blz.
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Pierie, F & van Gemert, W 2013, 'The second life for gas: optimizing decentralized load balancing through the use of locally available gas resources' European Gas Technology Conference 2013, Paris, France, 30/05/13 - 31/05/13, .

The second life for gas : optimizing decentralized load balancing through the use of locally available gas resources. / Pierie, Frank; van Gemert, Wim.

2013. Abstract van European Gas Technology Conference 2013, Paris, France.

Onderzoeksoutput: AbstractOther research output

TY - CONF

T1 - The second life for gas

T2 - optimizing decentralized load balancing through the use of locally available gas resources

AU - Pierie, Frank

AU - van Gemert, Wim

PY - 2013/2/20

Y1 - 2013/2/20

N2 - The European Union is striving for a high penetration of renewable energy production in the future energy grid. Currently, the EU energy directive is aiming for 20% renewable energy production in the year 2020. In future plans the EU strives for approximately 80% renewable energy production by the year 2050. However, high penetration of wind and solar PV energy production, both centrally and de-centrally, can possibly destabilize the electricity grid. The gas grid and the flexibility of gas, which can be transformed in both electricity and heat at different levels of scale, can help integrate and balance intermittent renewable production. One possible method of assisting the electricity grid in achieving and maintaining balance is by pre-balancing local decentralized energy grids. Adopting flexible gas based decentralized energy production can help integrate intermittent renewable electricity production, short lived by-products (e.g. heat) and at the same time minimize transport of energy carriers and fuel sources. Hence, decentralized energy grids can possibly improve the overall efficiency and sustainability of the energy distribution system. The flexibility aforementioned, can potentially give gas a pivotal role in future decentralized energy grids as load balancer. However, there are a lot of potentially variables which effect a successful integration of renewable intermittent production and load balancing within decentralized energy systems. The flexibility of gas in general opens up multiple fuel sources e.g., natural gas, biogas, syngas etc. and multiple possibilities of energy transformation pathways e.g. combined heat and power, fuel cells, high efficiency boilers etc. Intermittent renewable production is already increasing exponentially on the decentralized level where load balancing is still lacking.

AB - The European Union is striving for a high penetration of renewable energy production in the future energy grid. Currently, the EU energy directive is aiming for 20% renewable energy production in the year 2020. In future plans the EU strives for approximately 80% renewable energy production by the year 2050. However, high penetration of wind and solar PV energy production, both centrally and de-centrally, can possibly destabilize the electricity grid. The gas grid and the flexibility of gas, which can be transformed in both electricity and heat at different levels of scale, can help integrate and balance intermittent renewable production. One possible method of assisting the electricity grid in achieving and maintaining balance is by pre-balancing local decentralized energy grids. Adopting flexible gas based decentralized energy production can help integrate intermittent renewable electricity production, short lived by-products (e.g. heat) and at the same time minimize transport of energy carriers and fuel sources. Hence, decentralized energy grids can possibly improve the overall efficiency and sustainability of the energy distribution system. The flexibility aforementioned, can potentially give gas a pivotal role in future decentralized energy grids as load balancer. However, there are a lot of potentially variables which effect a successful integration of renewable intermittent production and load balancing within decentralized energy systems. The flexibility of gas in general opens up multiple fuel sources e.g., natural gas, biogas, syngas etc. and multiple possibilities of energy transformation pathways e.g. combined heat and power, fuel cells, high efficiency boilers etc. Intermittent renewable production is already increasing exponentially on the decentralized level where load balancing is still lacking.

KW - energy

KW - energie

KW - gas

M3 - Abstract

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Pierie F, van Gemert W. The second life for gas: optimizing decentralized load balancing through the use of locally available gas resources. 2013. Abstract van European Gas Technology Conference 2013, Paris, France.