Mikro Şebeke Dizaynı, Geliştirilmesi Ve Gösterilmesi
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2020
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TUBİTAK
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Abstract
Bu projede Malta da bulunan MCAST (ve daha sonra eklenen Yunanistan da bulunan_x000D_
CERTH araştırma merkezi kampüsünün) üniversitesinin elektrik şebekesini mikro şebeke_x000D_
olarak çalıştırılması konusunda yapılan simülasyonlar ve bu simülasyonların şebekede ki_x000D_
sonuçları gösterilmektedir. Proje de sekonder ve tersiyer kontrol metotları geliştirilerek mikro_x000D_
şebeke optimum işletilmesi amaçlanmıştır. Bu metotlar şebeke bağlantı modundan ada moda_x000D_
geçişlerin başarılı bir şekilde yapılmasından, işletme maliyetini minimuma indirilmesine ve yan_x000D_
hizmetlere sunulan faydaları içermektedir. Bu metodlar geliştirilirken mikro şebekenin_x000D_
davranışı analiz edilmiş ve kesikli ve belirsiz PV entegrasyonuna göre adepte edilerek_x000D_
güncellenmiştir. Pv lerin kesikli ve belirsiz davranışı depolama sistemlerinin durumu, dizel_x000D_
jeneretörlerin varlığı, yüklerin kontrol edilibilir/edilemez olması gibi birçok değişken de dikkate_x000D_
alınarak reel zamanda cevap veren kontrolcülerin geliştirildiği bir çalışma olmuştur. Reel_x000D_
zaman da çalışabilen kontrolcü tasarımında hem MATLAB araçları geliştirilmiş hemde GAMS_x000D_
ortamında da optimizasyon sonuçları ile karşılaştırılmıştır. Bu projenin gerek ülkemiz için_x000D_
gerekse tüm mikro şebeke geliştiricilere örnek olacağı düşünülmektedir. Proje kapsamında bir_x000D_
yüksek lisans tezi, bir tam ve bir de kısmi doktora öğrencisi destklemesi ve birde post-doc_x000D_
araştırmacı için ise temel teşkil etmesi açısından da akademik boyutta istenilen hedeflere_x000D_
ulaşılmıştır.
This Project represent the results of MCAST and CERTH (that is recently added to_x000D_ Project) electrical network as a micro grid concept and also represents all simulation requires_x000D_ to be able to provide reliable micro grid simulation results. One of the aim is to develop_x000D_ controllers for secondary and terriarry control to be able to run micro grid in an optimal manner._x000D_ These methods are composed of the studies such as transmitting from grid connected mode_x000D_ to islanded mode or vice versa, keep operational cost as a minimum, and auxilary services_x000D_ that micro grid can provide. When these controllers are developped, the are updated based_x000D_ on analyzeing the behavior of MG for different intermittent scenarios of PV generation in realtime. In which MG has faced several challenges in real-time operation, such as uncertainity of_x000D_ PV, states of storage, availability of diesel generators, availability of controllable/uncontrollable_x000D_ loads are taking into account to mainly maintaining a stable and reliable operation of smallscale power systems. The real-time simulation has been conducted using a special software_x000D_ package named GAMS simulator which has been made available through the 3DMicrogrid_x000D_ project. GAMS simulation results are compared to MATLAB tools results for developing_x000D_ controller stages. This Project can be a sample Project for developing micro grid in our country_x000D_ or all people who will develop micro grid. With the concept of Project, there is one masters_x000D_ thesis, one partial and one full PhD thesis, and one post-doc researcher worked to be able to_x000D_ make this Project academicly effective and productive.
This Project represent the results of MCAST and CERTH (that is recently added to_x000D_ Project) electrical network as a micro grid concept and also represents all simulation requires_x000D_ to be able to provide reliable micro grid simulation results. One of the aim is to develop_x000D_ controllers for secondary and terriarry control to be able to run micro grid in an optimal manner._x000D_ These methods are composed of the studies such as transmitting from grid connected mode_x000D_ to islanded mode or vice versa, keep operational cost as a minimum, and auxilary services_x000D_ that micro grid can provide. When these controllers are developped, the are updated based_x000D_ on analyzeing the behavior of MG for different intermittent scenarios of PV generation in realtime. In which MG has faced several challenges in real-time operation, such as uncertainity of_x000D_ PV, states of storage, availability of diesel generators, availability of controllable/uncontrollable_x000D_ loads are taking into account to mainly maintaining a stable and reliable operation of smallscale power systems. The real-time simulation has been conducted using a special software_x000D_ package named GAMS simulator which has been made available through the 3DMicrogrid_x000D_ project. GAMS simulation results are compared to MATLAB tools results for developing_x000D_ controller stages. This Project can be a sample Project for developing micro grid in our country_x000D_ or all people who will develop micro grid. With the concept of Project, there is one masters_x000D_ thesis, one partial and one full PhD thesis, and one post-doc researcher worked to be able to_x000D_ make this Project academicly effective and productive.
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Keywords
Akıllı mikro şebekeler, enerji yönetim sistemleri, Yapay zeka ve optimizasyon, Artifical Intelligence and Optimizations, Smart Micro Grid, Energy Management Systems, Artifical Intelligence and Optimizations
Turkish CoHE Thesis Center URL
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