Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2...

13
www.vra.com Ghana’s Power Outlook 1

Transcript of Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2...

Page 1: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

Ghana’s Power Outlook

1

Page 2: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com Generation Sources

2

VRA hydro 47%

VRA Thermal 36%

VRA Solar 0.1%

Bui Hydro 5%

IPP Thermal 12%

Installed Generation Sources as at April, 2015

• Currently, VRA contributes 75% of the total generation.

Page 3: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com Diversification of Supply

Sources and Benefits Supply Sources • Hydro • Thermal – Gas, LCO & DFO fired plants • Solar

NB: VRA is in the process of upgrading all simple cycle plants to combine cycle plants

Benefits • Enhancement of supply reliability • Supply security • Reduction of risk to inflow variability and fuel supply challenges

3

Page 4: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com Current Challenges and

Mitigation Measures Challenges

• Inadequate generation capacity reserve • Lack of Gas supply, limiting thermal generation

Mitigation Measures • VRA is undertaking more generation projects. VRA is planning to add about

1,000 MW of generation capacity over the next 5 years. – This includes upgrade of simple cycle plants to combine cycle to reduce cost of supply.

• Pursuing Solar and wind energy projects • To secure future gas supply reliability, VRA is pursuing the use of LNG to

generate electricity

4

Page 5: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com VRA Installed Capacity

*LCO – Light Crude Oil *DFO – Distillate Fuel Oil

Plants Installed Capacity MW) Type Fuel Type

Akosombo 1020 Hydro Water

Kpong 160 Hydro Water

TAPCO (T1) 330 Thermal LCO/Gas

TICO (T2) 220 Thermal LCO/Gas

T3 132 Thermal LCO/Gas

TT1PP 110 Thermal LCO/Gas

TT2PP 49.5 Thermal DFO/Gas

MRP 80 Thermal DFO

Solar 2 Renewable Solar

Total 2,103.5

5

Page 6: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com IPP & Other Plants

Plants Installed Capacity (MW) Type Fuel Type

Sunon Asogli 200 Thermal Gas

CENIT 110 Thermal LCO/Gas

Bui HEP 133 Hydro Water

Total 443

TOTAL GHANA 2546.5

6

Page 7: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

7

Demand for 2010 - 2012

Page 8: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

8

Consumption for 2010 – 2012

Page 9: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

VRA hydro 54%

Bui Hydro 2.3%

Thermal 43.6%

Solar 0.01%

Import 0.13%

2013

VRA Hydro 66%

Thermal 33%

Import 1%

2012

9

Energy Supply for 2012-2013

• Total supply for 2012 = 12,122 GWh • Projected supply for 2013 = 13,502 GWh

Page 10: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

10

Expansion Plan

Page 11: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com 2013 – 2025 Energy Demand Forecast

11

Page 12: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

12

Demand Growth per Customer

Class

Page 13: Ghana’s Power Outlook - Volta River Authority · Ghana’s Power Outlook 1 . Generation Sources 2 VRA hydro 47% VRA Thermal 36% VRA Solar 0.1% Bui Hydro 5% IPP Thermal 12% Installed

www.vra.com

Thank You

13