Kuraymat ISCC

Group

General Info

Owner/s:

NREA

Technology:

Parabolic trough - ISCC

Country:

Egypt

Status:

Operational

Purpose:

Commercial

Usage:

Electricity

Power:

20.00 MW

Start date:

July, 2011

Location:

Kuraymat

Generation:

34.00 GWh

Technology

Solar field

Solar Collector Assemblies - Trough:

Flagsol SKAL - ET 150

Mirrors / Reflective surface:

Flabeg RP3

Number of SCAs:

160

Number of loops:

40

Number of SCAs per loop:

4

Number of modules per SCA:

12

SCA aperture area:

817 m2

SCA length:

150 m

Reflecting area:

130 800 m²

Heat Collector Element (Tube):

Schott PTR70

Heat Transfer Fluid:

Therminol VP-1

HTF Temp in:

293ºC

HTF Temp out:

393ºC

Power block

Power cycle:

Steam Rankine

Turbine:

Siemens SST900

Cooling:

Wet

Cooling method:

Cooling tower

Power (net):

20.00 MW

Companies involved

EPC:

Flagsol
Orascom

Key components suppliers:

Flagsol
Schott
Nem
Flabeg
Therminol

Suppliers details:

Flagsol (Solar field)

ABB (DCS for power block and solar field - MV Switchgear - Motors & Drives)

Fichtner Solar (Planning and engineering)

Nem (Heat exchangers)

Flabeg (mirrors)

Schott (HCE)

schlaich bergermann und partner (Design, detailed engineering, tender documents)

Drehmo (actuators)

Weber-Hydraulik (hydraulic systems)

CCI (Valves)

Esindus (Cooling towers)

Solutia Therminol (HTF)

Ferrostaal (Planning, EPC and commissioning and finance - Basic & detail engineering, supply of complete solar field equipment)

Socioeconomics

Cost:

$340 million

Financing:

NREA - $100 million

GEF - $50 million

JBID - $190 million soft loan

Other

Solar resource:

2 431 kWh/m2/yr

General comments:

Documents and links:

Attachment	Size
Fichtner Solar's paper presented at SolarPACES 2009	450.28 KB

Picassa album with pictures of Kuraymat ISCC

Images:

Scheme form Fichtner's paper presented at SolarPACES2009

Videos:

CSP World

World news about Concentrated Solar Power

Kuraymat ISCC

Group

Owner/s:

Technology:

Country:

Status:

Purpose:

Usage:

Power:

Start date:

Location:

Generation:

Solar field

Solar Collector Assemblies - Trough:

Mirrors / Reflective surface:

Number of SCAs:

Number of loops:

Number of SCAs per loop:

Number of modules per SCA:

SCA aperture area:

SCA length:

Reflecting area:

Heat Collector Element (Tube):

Heat Transfer Fluid:

HTF Temp in:

HTF Temp out:

Power block

Power cycle:

Turbine:

Cooling:

Cooling method:

Power (net):

EPC:

Key components suppliers:

Suppliers details:

Cost:

Financing:

Solar resource:

Search form

Group

Owner/s:

Technology:

Country:

Status:

Purpose:

Usage:

Power:

Start date:

Location:

Generation:

Solar field

Solar Collector Assemblies - Trough:

Mirrors / Reflective surface:

Number of SCAs:

Number of loops:

Number of SCAs per loop:

Number of modules per SCA:

SCA aperture area:

SCA length:

Reflecting area:

Heat Collector Element (Tube):

Heat Transfer Fluid:

HTF Temp in:

HTF Temp out:

Power block

Power cycle:

Turbine:

Cooling:

Cooling method:

Power (net):

EPC:

Key components suppliers:

Suppliers details:

Cost:

Financing:

Solar resource: