Difference between revisions of "Passive Droop Control in a Decentralized 12 DC Energy Access Microgrid With Lead Acid Batteries"
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| − | | | + | | In this paper, a passive droop controlled 12 V DC energy access microgrid that utilizes natural droop control features is analyzed. The reliability of this control approach is investigated upon in a 23 simulation with eight houses. Four SHS feed into this microgrid and four household systems with batteries but without panels take energy out of the system. The control of the 12 V DC grid can be achieved without any central control elements which represent a technology option for the implementation of bottom-up microgrid development path. |
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= References<br/> = | = References<br/> = | ||
Latest revision as of 08:45, 10 June 2015
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Passive Droop Control in a Decentralized 12 DC Energy Access Microgrid With Lead Acid Batteries
Presenter: Hannes Kirchhoff, Michael Schmid, Peter Adelmann and Kai Strunz
Presentation
| In this paper, a passive droop controlled 12 V DC energy access microgrid that utilizes natural droop control features is analyzed. The reliability of this control approach is investigated upon in a 23 simulation with eight houses. Four SHS feed into this microgrid and four household systems with batteries but without panels take energy out of the system. The control of the 12 V DC grid can be achieved without any central control elements which represent a technology option for the implementation of bottom-up microgrid development path. | 
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References
Hannes Kirchhoff, Michael Schmid, Peter Adelmann and Kai Strunz: Micro Perspective for Decentralized Energy (MES) 2015, Bangalore, India.
