TECHNO-ECONOMIC ASSESSMENT STUDYFOR ROGUN HYDROELECTRIC CONSTRUCTION PROJECT
PHASE II: PROJECT DEFINITION OPTIONVOLUME 6: RISK ANALYSIS rp53_final_augustСкачать
PHASE II: PROJECT DEFINITION OPTIONVOLUME 6: RISK ANALYSIS rp53_final_augustСкачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 3: Engineering and Design p002378_rp51_rev-c_finalСкачать
COST ESTIMATE – PHASE IIGENERAL INTRODUCTION p002378_rp49_cost-estimate-1-general-introduction_revdСкачать p002378_rp49_cost-estimate-2-alternative-1_revcСкачать p002378_rp49_cost-estimate-3-alternative-2_revcСкачать p002378_rp49_cost-estimate-4-alternative-3_revcСкачать p002378_rp49_cost-estimate-5-appendices_revbСкачать
Volume 3: Engineering & Design Chapter 4: Darawings rp48_final_march14-1-2_11zonСкачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 3: Engineering and DesignChapter 3: Alternatives designAppendix 4 - Hydraulics of the Project Components p002378_rp47_rev-d_finalСкачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 2: Basic DataChapter 3: Geotechnics p002378_rp45_rev-c_finalСкачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 4: IMPLEMENTATION STUDIESChapter 1: Implementation schedule and construction method rp44_final_august14Скачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 2: Basic DataChapter 6: Sedimentation p002378_rp43_sedimentation_rev-d_finalСкачать
PHASE II: PROJECT DEFINITIONS OPTIONSVolume 2: Engineering and DesignChapter 3: Design of alternativesAppendix 2: Report on Embankment Dam Stability p002378_rp42_rev-c_finalСкачать
PHASE II: PROJECT DEFINITION OPTIONSVolume 3: Engineering and DesignChapter 3: Alternatives designAppendix 3 - Note on Flood Management during Construction...
The Rogun HPP (Taj. Nerugohi barqii obii Rogun) is a hydroelectric power station under construction in Tajikistan on the Vakhsh River, which is part of the Vakhsh cascade, being its upper stage. Upon completion of the project, the dam of the Rogun HPP with a height of 335 m will become the highest in the world, and the plant will reach a capacity of 3600 MW and become the largest hydroelectric power plant in Central Asia.
© 2023 Разработано ADMIN.TJ