wkpl essemyev a,b D tons igerer b,e D omn wendelevith c,d, * D xurkht hkiyev a a xzryev niversityD xtionl vortory estnD vortory inergyD iology nd glimteD SQ uny tyr veFD HIHHHH estn b ehnishe niversit¤ t ferlinD orkgroup for snfrstruture oliy @sAD trße des IUF tuni IQSD IHTPQ ferlin c qermn snstitute for ionomi eserh @hs ferlinAD heptF inergyD rnsportD invironmentD wohrenstrF SVD IHIIU ferlin d rumoldt niversi¤ t zu ferlinD esoure ionomis qroupD nter den vinden TD IHWWW ferlin e priedrihEelexnderEniversit¤ t irlngenEx¤ urnergD ghir of ionomi heoryD ghir of sndustril yrgniztion nd inergy wrketsD nd inergie gmpus x¤ urnerg @ingxAD vnge qsse PHD WHRHQ x¤ urnerg Abstract uzkhstn envisions trnsition towrds green eonomy in the next dedesD whih poses n immense hllenge s the ountry9s eonomy nd energy system depends hevily on @hydroEAron resouresF rereD it lks inlusive nd trnsprent tools ssessing tehnilD eonomiD nd environmentl implitions resulting from hnges in its eletriity systemF e present suh toolX our omprehensive tehnoEeonomi unitE ommitment model determines the hourly lestEost genertion dispthD sed on pulily ville dt on the tehnil nd eonomi hrteristis of the systemF st ounts for prtiulrities of the uzkh eletriity system y representing omined het nd powerD nd endogenously determining line lossesF wodel results exmine two typil weeksX winter @nnul pek lodA nd summer @hour of lowest nnul lodA presenting regionlly nd temporlly disggregted results for power genertionD line utiliztionD nd nodl priesF sn n pplition to mrket designD the pper ompres nodl nd zonl priing s two possile priing shemes in uzkhstn for the envisioned strengthening of the dyEhed mrketF he model nlyze the urrent uzkh eletriity system nd n e esily expnded to ssess the setor9s future developmentF ossile pplitions inlude investment in genertion nd trnsmission infrstrutureD poliy ssessment for renewles integrtionD ron priingD emission redutionD nd questions of mrket designF

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The data presented in this article are related to the research article “A spatial electricity market model for the power system: The Kazakhstan case study” (M. Assembayeva et al. 2018). This data article presents information on network topology and characteristics, demand variation and distribution, technical and economic parameters for conventional and renewable generation, as well as availability time series, and imports and exports. The dataset is made publically available to allow for more and independent analysis of this emerging energy market.

Standard-Nutzungsbedingungen:Die Dokumente auf EconStor dürfen zu eigenen wissenschaftlichen Zwecken und zum Privatgebrauch gespeichert und kopiert werden.Sie dürfen die Dokumente nicht für öffentliche oder kommerzielle Zwecke vervielfältigen, öffentlich ausstellen, öffentlich zugänglich machen, vertreiben oder anderweitig nutzen.Sofern die Verfasser die Dokumente unter Open-Content-Lizenzen (insbesondere CC-Lizenzen) zur Verfügung gestellt haben sollten, gelten abweichend von diesen Nutzungsbedingungen die in der dort genannten Lizenz gewährten Nutzungsrechte. Abstract uzkhstn envisions trnsition towrds green eonomy in the next dedes whih poses n immense hllenge s the ountry hevily depends on @hydroEAron resouresD for oth its eonomy nd its energy systemF sn this ontextD there is lk of omprehensive nd trnsprent plnning tools to ssess possile sustinle development pthwys in regrd to their tehnilD eonomiD nd environmentl implitionsF e present suh tool with omprehensive tehnoEeonomi model of the uzkh eletriity system whih determines the hourly lestEost genertion dispth sed on pulily ville dt on the tehnil nd eonomi hrteristis of power plnts nd the trnsmission infrstrutureF his modeling frmework ounts for the prtiulrities of the uzkh eletriity systemX iA it hs detiled representtion of omined het nd powerD nd iiA line losses re endogenously determined using liner pproximtionF wodel results re exmined for typil winter week @with nnul pek lodA nd typil summer week @with the hour of lowest nnul lodA presenting regionlly nd temporlly disggregted results for power genertionD line utiliztionD nd nodl priesF sn n pplition to mrket designD the pper ompres nodl nd zonl priing s two possile priing shemes in uzkhstn for the envisioned strengthening of the dyE hed mrketF sn generlD the model n e redily used to nlyze the lestEost dispth of the urrent uzkh eletriity system nd n e esily expnded to ssess the setor9s developmentF emong othersD possile pplitions inlude investment in trnsmission lines nd in the ging power plnt )eetD senrios nd poliy ssessment for emission redutionD nd questions of mrket lierliztion nd mrket designF JEL codes: gTIY hRUY RI Keywords: uzkhstnY gentrl esiY iletriity setorY ehnoEeonomi modelingY rnsmission netE workY ivwyh * gorresponding uthor imil ddressesX makpal.assembayeva@nu.edu.kz @wkpl essemyevAD rmendelevitch@diw.de @omn wendelevithA epril IPD PHIU Terms of use: Documents in