Ne.AD_Org_ID IN (0,1000001)) AND (C_OrderLine.C_OrderLine_ID IS NULL OR C_OrderLine.C_OrderLine_ID NOT IN ( SELECT Record_ID FROM AD_Private_Access WHERE AD_Table_ID = 260 AND AD_User_ID 100 AND IsActive = 'Y' )) ORDER BY c_orderlinĮ.qtyordered - c_orderline. Ype_id = dt.c_doctype_id where o.docstatus in ('CO', 'CL') and o.c_order_id = c_orderline.c_order_id) in ('SO', 'WR', 'WI','RM','PR','WP') ) AND C_OrderLine.C_BPartner_ID=1000988) AND C_OrderLine.AD_Client_ID IN(0,1000001) AND (C_OrderLi Sum (movementqty), 0) AS QtyOpen FROM M_Inoutline WHERE c_orderline_id= C_OrderLine.C_OrderLine_ID) AS QtyOpen,Created,CreatedBy,Updated,UpdatedBy FROM C_OrderLine WHERE (((select docsubtypeso from c_doctype dt join c_order o on o.c_doct Ner_Location_ID,M_Shipper_ID,PriceLimit,Discount,S_ResourceAssignment_ID,Ref_OrderLine_ID,M_AttributeSetInstance_ID,IsDescription,Processed,C_Project_ID,PriceCost,QtyLostSales,C_ProjectPhase_ID,(SELECT C_OrderLine.QtyOrdered - coalesce ( LL AS Order_Pack,AD_Org_ID,Help,DatePromised,DateDelivered,DateInvoiced,M_Warehouse_ID,QtyReserved,LineNetAmt,QtyDelivered,QtyInvoiced,PriceEntered,C_Currency_ID,PriceList,PriceActual,C_Tax_ID,C_BPartner_ID,FreightAmt,C_Charge_ID,C_BPart : : FEHLER: storniere Anfrage wegen BenutzeraufforderungĪt $Loader.openResultSet(GridTable.java:3656)Īt $Loader.doRun(GridTable.java:3691)Īt $n(GridTable.java:3681)Īt java.base/$RunnableAdapter.call(Executors.java:515)Īt java.base/.run(FutureTask.java:264)Īt java.base/$n(ScheduledThreadPoolExecutor.java:304)Īt java.base/.runWorker(ThreadPoolExecutor.java:1128)Īt java.base/$n(ThreadPoolExecutor.java:628)Īt java.base/(Thread.java:829)Ĭaused by: : FEHLER: storniere Anfrage wegen Benutzeraufforderung State=57014 ErrorCode=0Īt 3.QueryExecutorImpl.receiveErrorResponse(QueryExecutorImpl.java:2553)Īt 3.QueryExecutorImpl.processResults(QueryExecutorImpl.java:2285)Īt 3.QueryExecutorImpl.execute(QueryExecutorImpl.java:323)Īt .executeInternal(PgStatement.java:473)Īt .execute(PgStatement.java:393)Īt .executeWithFlags(PgPreparedStatement.java:164)Īt .executeQuery(PgPreparedStatement.java:114)Īt 2.(NewProxyPreparedStatement.java:1471)Īt 48.invoke(Unknown Source)Īt java.base/.invoke(DelegatingMethodAccessorImpl.java:43)Īt java.base/.invoke(Method.java:566)Īt .StatementProxy.invoke(StatementProxy.java:130)Īt .$Proxy12.executeQuery(Unknown Source)Īt $Loader.openResultSet(GridTable.java:3651)ġ1:47:33.237-> GridTable.waitLoadingForRow: Reached 30 seconds timeout loading row 1 for SQL=SELECT RRAmt,C_ProjectTask_ID,C_Activity_ID,User1_ID,User2_ID,CreateProduction,RRStartDate,C_Campaign_ID,M_Promotion_ID,AD_Client_ID,Aĭ_OrgTrx_ID,Link_OrderLine_ID,IsActive,CreateShipment,PP_Cost_Collector_ID,C_OrderLine_UU,C_OrderLine_ID,C_Order_ID,DateOrdered,Line,M_Product_ID,QtyEntered,C_UOM_ID,QtyOrdered,Description,discountReason,NULL AS PricePO,NULL AS Margin,NU Presentations available here.11:47:33.191=> GridTable.doRun: run Gridable images how to#In the public Final Webinar on 14th June 2021, the GRIDABLE partners and stakeholders presented relevant project results and insights how to increase performance in theįuture electric grids. Have developed novel material solutions for DC cable insulation and for power The GRIDABLE project creates ways to connect renewable energy sources to theĮnergy grid in a more efficient way through innovative PP nanocomposites. Read more… Final Webinar of the GRIDABLE Project The results will be demonstrated in model DC-cables and in real power capacitor units. The nine GRIDABLE project partners represent expertise on industrial manufacturing and processing of high-voltage components, which university and research center partners support in material development and high-voltage engineering roles. These materials are also more energy efficient to produce for cable applications compared to traditional thermoset plastics. The more reliable insulation material will enable smaller insulation thicknesses and thus smaller components that are made of recyclable thermoplastic materials. That can be utilized in industrial applications that are considered as majorīuilding blocks of future smart energy grid. The GRIDABLE project will aim for cost efficient, high quality and safe production of nanocomposites Staar 6th Grade Math Griddable Template 1/12 Book Staar 6th Grade Math Griddable Template SWYK on STAAR Math Gr. PROJECT GRIDABLE The target of the project is to connect renewable energy sources to the energy grid in a more efficient way through innovative PP nanocomposites that aim to inprove reliability at operating voltages in DC cable insulation and in power capacitors.
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