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the labeling of drawing packages by location. User defined attributes for drawings enabled e.g. Peikko embeds from Tekla Warehouse and custom components for joints between angle profiles were used in the model. Modeling helped reduce stress and made work more enjoyable during the project and satisfied the architect’s requirements marked on paper. This saved time for Projektai ir Co to prepare the project according to local laws and regulations and obtain all construction permits. They were able to submit the Tekla models to production, and the fabricator, ŞA-RA Group, had the ability to use the models for automatic production. In addition, Tekla software allowed Projektai ir Co to easily merge the structural model with analysis software. Moreover, the unique design of the towers was created error-free, proven by test assembling at the factory. The use of Tekla BIM software in preconstruction (QTO for estimation, sales, etc.) allowed Projektai ir Co to prepare construction quicker compared to usual 2D software. Modeling allowed design speed, avoiding mistakes and renewable material lists
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Despite this challenge, all 14 types of transmission towers were delivered on time without errors or production delays. The design tasks were always in the form of updates, and as six of the transmission towers were unique, there was certain uncertainty whether the chosen design solutions would work.
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The challenge of the project was that the time reserved for design and preparation was short. The project involved 125 units of towers made of 2,719 tons of steel structures, more than 2,950 m3 of concrete and 416 tons of reinforcements. The project “330 kV OPL Lietuvos E-Vilnius” consists of 42 km of overhead power lines and a substation, including 14 types of transmission towers, 6 of them unique, at height up to 70 meters above the ground. The work consisted of a design phase of one year including project coordination, handling of all construction permits, and work preparations, as well as two years of construction. Once reconstructed, the local power line help meet the growing energy consumption of the Lithuanian capital Vilnius. This project is part of the synchronization process connecting the Baltic states to European electrical power system. Old local power line is to be decommissioned and replaced with a whole new 330kv overhead power line. The task of this project was to provide a transmission tower to an overhead power line of strategic importance in Lithuania. Reconstruction of 330 kV overhead power line As a new way of working the client found that BIM also increased the joy of working. BIM model was used in manufacturing automation and in structural analysis. With the help of BIM the project was delivered to match requirements in a tight schedule and without errors. Transmission tower is the winner of small projects in Tekla BIM Awards 2019