Portfolio (Sunil Basnet )

Engineering Design PortfolioSunil BasnetSunil Basnet

Hydraulic/Hydropower Engineer

Research and Development Group Pvt. Ltd.

Kathmandu, Nepal

Engineering Design Portfolio

Hydraulic/Hydropower Engineer

Research and Development Group Pvt. Ltd.

Sunil Basnet Hydraulic/Hydropower Engineer

Project 1

2010- Rupse Khola Small Hydropower Project (4 MW)

Project

High Head Small Run-of- River type Hydropower Project with installed Capacity of 4 MW

Client

Research and Development Group (P). Ltd.

Personal Input to the Project

Review and detail hydrological study of the project

Preliminary Layout Planning of the project and optimization of layout

Hydraulic design of different components

Structural Design of various components

Preliminary drafting of Engineering Design drawings of different designed components of project

Assistance in preparation of final documents and drawings

Technical Features

Installed Capacity of 4 MW with Annual Energy Generation 22.07 GWhr

Turbine Discharge of 1 m3/s with gross head 489.7 m

About 1500 m long headrace conveyance system and 1120 m long penstock pipe

2 numbers of Pelton turbine

Environmental Restriction

to discharge the water back to natural course of river just upstream of famous Rupsecircuit

Hydraulic/Hydropower Engineer Portfolio

River type Hydropower Project with installed Capacity of 4 MW


Rupse fall in Annapurna trekking Famous Rupse fall


Layout of Headwork's Area (


Layout of Headwork's Area (Rupse Khola SHP)


Forebay Tank (Rupse Khola SHP)


SHP)

Layout of Powerhouse Area (


Layout of Powerhouse Area (Rupse Khola SHP)



Project 2

2010- Deumai Storage Project (30 MW)

Project

Medium Head Storage type Peaking Purposed Hydropower

Client

Himal Dolakha Hydropower Company


• Preliminary Layout Planning of the project and optimization of layout

• Hydraulic design of different components• Hydraulic design of different components

• Reservoir Simulation along with fixation of optimum rule curve

• Preliminary drafting of Engineering Design drawings of different designed components of project

• Assistance in preparation of final documents and drawings

Technical Features

• Installed Capacity of 30 MW with Peaking of 6 hours a day Annual Energy Generation 141.24

• Rated Turbine Discharge of 14.42 m3/s with gross head 245.73 m

• About 4.4 Km long headrace tunnel and 456 m long penstock pipe

• 2 numbers of Horizontal Francis turbine


Peaking Purposed Hydropower Project with installed Capacity of 30 MW

Preliminary Layout Planning of the project and optimization of layout

Reservoir Simulation along with fixation of optimum rule curve


Assistance in preparation of final documents and drawings

Installed Capacity of 30 MW with Peaking of 6 hours a day Annual Energy Generation 141.24 GWhr

/s with gross head 245.73 m

About 4.4 Km long headrace tunnel and 456 m long penstock pipe

Sunil Basnet Hydraulic/Hydropower EngineerHydraulic/Hydropower Engineer Portfolio


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Energy Generation Curve Deumai Storage Project (30 MW)


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Project 3

2011- Upper Puwa Khola HP (3.0 MW) ,Ilam

Project

Medium Head Run-off type Hydropower Project with installed Capacity of 3.0 MW

Client

Joshi Hydropower Company Pvt. Ltd.


• Optimization of project layout and individual structures

• Detailed Hydraulic Design of different components of the project

• Calculation of individual headloss at each hydraulic component hence the overall cumulative system

• Calculation of individual headloss at each hydraulic component hence the overall cumulative system

• Structural Analysis of Cut and cover headrace conduit

• Drafting of Engineering drawings of different designed components of project

Technical Features

• Installed Capacity of 3 MW with Annual Energy Generation 18.07 GWhr

• Turbine Discharge of 2.37 m3/s combined from two streams with gross head 162.39 m

• About 3745 m long headrace conveyance system including both stream and 355 m long penstock pipe

• 2 numbers of Francis turbine

• Diverted Discharge from two streams mixed in common forebay and conveyed thereafter through penstock pipe to common Powerhouse


at each hydraulic component hence the overall cumulative headloss in the at each hydraulic component hence the overall cumulative headloss in the

/s combined from two streams with gross head 162.39 m

About 3745 m long headrace conveyance system including both stream and 355 m long penstock pipe

and conveyed thereafter through penstock


Drawings Common Drawings Common Drawings Common Drawings Common ForebayForebayForebayForebay along with photograph during constructionalong with photograph during constructionalong with photograph during constructionalong with photograph during construction


along with photograph during constructionalong with photograph during constructionalong with photograph during constructionalong with photograph during construction


Drawings Settling Basin (Upper Drawings Settling Basin (Upper Drawings Settling Basin (Upper Drawings Settling Basin (Upper PuwaPuwaPuwaPuwa SHP) with photograph during constructionSHP) with photograph during constructionSHP) with photograph during constructionSHP) with photograph during construction


SHP) with photograph during constructionSHP) with photograph during constructionSHP) with photograph during constructionSHP) with photograph during construction


Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)


Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)Structural Design Spreadsheet of Box canal (with provision of Vehicle movement on top)

Structural Detailing of Designed Box CanalStructural Detailing of Designed Box CanalStructural Detailing of Designed Box CanalStructural Detailing of Designed Box Canal

Documents

Portfolio (Sunil Basnet )