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PROJECT MANAGEMENT OF AN ENERGY EFFICIENT COMMERCIAL BUILDING - CASE STUDY
Abstract
This article is referring to an analysis regarding the project management of a big size energy efficient commercial building in Romania. There is made a project management analysis status for the construction building project, according to its approved design for the execution. After that, there is shown the project management status analysis for the first operational year, right after the end of the building construction. There are presented the main aspects of the project management tasks for the developed commercial building and for its first operational year, including the budgets, the time frame and the organizational chart. Some recommendations are previewed based on a forecast made when the first operational year is finished. The forecast includes provisions for repairs and for the optimization costs of the building. The operational status for the first year of the energy efficient commercial building is described. The technical measures to improve the building energy performances are included, according to the description of the building and its building services in function.
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References6
Tamaș E.C., Țârlea G.M., Hera D., Flamaropol G.C.: Energy consumption and data for the internal heat gains and opening hours at a commercial building. Proc. of SGEM VIENNA GREEN 2017, International Scientific Conference on earth and Geo Sciences, Green Buildings Technologies and Materials vol. 4 (Hofburg, Vienna, Austria, 27-30 November 2017). ISBN 1314-2704, DOI: 10.5593/SGEM 2017H, www.sgemviennagreen.org
Romanian Parliament: Law no. 242/2009 and its further updates on approving the Government Ordinance no. 27/2008 regarding the amendment of Law no. 350/2001 on landscaping and urban planning, Official Gazette Part I no. 460, July 2009
Tamaș E.C., Hera D., Dynamic Thermal Simulations for the Internal Heat Gains and Opening Hours in a Commercial Building-Mall, Sustainable Solutions for Energy and Environment EENVIRO 2013 Conference Proceedings, Bucharest, Romania, pp 14-21
DGNB - http://www.dgnb-system.de
www.gea.com
erata for the Tables 1a, 1b presented in the article [1] mentioned above: Tamaș E.C., Țârlea G.M., Hera D., Flamaropol G.C.: Energy consumption and data for the internal heat gains and opening hours at a commercial building. Proc. of SGEM VIENNA GREEN 2017, International Scientific Conference on earth and Geo Sciences, Green Buildings Technologies and Materials vol. 4 (Hofburg, Vienna, Austria, 27-30 November 2017). ISBN 1314-2704, DOI: 10.5593/SGEM 2017H, www.sgemviennagreen.org
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