GENERATION PLANTS

 

 

Ashalim Plot b (Megalim)

Plant

Ashalim Plot b (Megalim)

Location

Ashalim Southern District Israel

Owner(s)

BrightSource Energy, General Electric, Noy Infrastructure, Energy Investment Fund

Capacity (MW)

121 MW

Construction Start Date

2015

Construction End Date

2017

Generation Start Year

2019

Construction Cost ($)

840 mil

Specific Cost ($/kW)

7063.3

LCOE ($/kWh)

0.23

Heliostat Aperture Area (m²)

20.8

Mirror Manufacturer

AGC Glass Europe

Mirror Model

AGC’s Sunmax Premium Reflect (4mm)

Heliostat Dimension

4m x 5.2m

Heliostat Facets (C x R)

2x2

Solar Field Area (m²)

1052480

Tower Height (m)

240

Tower Diameter

Square cylinder to cylinder(36.4m x 26m, top:24.8m)

Receiver Height (m)

50

Receiver Fluid

Water

Receiever Manufacturer

GE

Receiver Model

Solar Receiver Steam Generator

Number of Heliostats

50600

Tower Position (Lat/Long)

30.962, 34.728

General Plant Data

·         Location: Ashalim Southern District Israel

·         Owner(s): BrightSource Energy, General Electric, Noy Infrastructure, Energy Investment Fund

·         Capacity (MW): 121 MW

Source: http://en.cnste.org/html/events/2019/0411/430.html

Plant Timeline

·         Construction Start Date: 2015

·         Construction End Date: 2017

·         Generation Start Year: 2019

Plant Costs

·         Construction Cost ($): 840 mil

·         Specific Cost ($/kW): 7063.3

·         LCOE ($/kWh): 0.23

Heliostat Design

·         Heliostat Aperture Area (m²): 20.8

·         Mirror Manufacturer: AGC Glass Europe

·         Mirror Model: AGC’s Sunmax Premium Reflect (4mm)

·         Heliostat Dimension: 4m x 5.2m

·         Heliostat Facets (C x R): 2x2

·         Solar Field Area (m²): 1052480

Source: https://helioscsp.com/solar-receiver-successfully-set-atopping-israel-121-mw-ashalim-concentrated-solar-power-tower/

Source: http://en.cnste.org/html/events/2019/0411/430.html

Tower/Receiver

·         Tower Height (m): 240

·         Tower Diameter: Square cylinder to cylinder(36.4m x 26m, top:24.8m)

·         Receiver Height (m): 50

·         Receiver Fluid: Water

·         Receiever Manufacturer: GE

·         Receiver Model: Solar Receiver Steam Generator

Source: https://www.linkedin.com/pulse/ashalim-we-received-provisional-acceptance-yossi-biton/

Source: https://en.wikipedia.org/wiki/Ashalim_Power_Station

Plant Layout

·         Number of Heliostats: 50600

·         Tower Position (Lat/Long): 30.962, 34.728

Source: https://www.ferbeckinternational.com/activities-projects/13-projects/78-ashalim-st.html

Local Environmental Conditions

Ashalim Plot B located in the Negev desert, Israel, which is arid and has very little rain and extreme temperatures. Since Israel's latitude is approximately 30 degrees North, it is a sun-rich country.

Lessons Learned

Ashalim Plot-B and another 110MW CSP and 30MW photovoltaic power plant form the Ashalim Complex.
This 121MW project will be designed to generate an annual output of 320 GWh.
By 2019, it is the tallest and one of the largest concentrated solar power projects in the world.
Ashalim Plot-B represents 1% of the Israel's overall electricity capacity.

Source: Biton, Yossi. “Ashalim Is On: We Received the Provisional Acceptance Certificate.” Www.linkedin.com, 14 Apr. 2019, www.linkedin.com/pulse/ashalim-we-received-provisional-acceptance-yossi-biton/.

Other Sources:

[1] “Ashalim Plot B / Megalim | Concentrating Solar Power Projects | NREL.” Solarpaces.nrel.gov, solarpaces.nrel.gov/project/ashalim-plot-b-megalim.

Link: https://solarpaces.nrel.gov/project/ashalim-plot-b-megalim

[2] “Ashalim.” Www.ferbeckinternational.com, www.ferbeckinternational.com/activities-projects/13-projects/78-ashalim-st.html.

Link: https://www.ferbeckinternational.com/activities-projects/13-projects/78-ashalim-st.html

[3] “Energy Generation | AGC Glass Europe.” Www.agc-Glass.eu, www.agc-glass.eu/en/sustainability/glass-sustainable-architecture/energy-generating-glass.

Link: https://www.agc-glass.eu/en/sustainability/glass-sustainable-architecture/energy-generating-glass