Nigerian to make International History if its generation
supply grows to 10GW (100% growth) by 2014
Chinedu Nebo, Nigeria’s minister of power has promised
Nigerians 10GWs of power supply by December 2014. Currently, Nigeria sits at
about 3GW to 4GW for its normal operations. The country peaked its generation
supply at 4.5GW in December 2012 and has not achieved that peak since then.
If Nigeria were to
attain the 10GW target by 2014, it would mean an annual growth in the sector of
over 100%. This would make it the fastest observed growth in generation supply in
the international community. Currently China holds this title with
India as the runner up. From 2000 to
2009, China’s generating capacity grew at an annual growth rate of 11.8%
[worldbank.org/ppp]. India in the last decade grew at an annual rate of 6.5%
and plans to grow in the next 5 years by 8.5% which is still short of the
capacity it requires for stable electricity. Given the growth in generation
capacity is directly proportional to the GW supply, these rates can be applied
to the growth rates in the GW supplied.
The ministry of
power is proposing annual growth rates that are about 10 times the current
rates seen in power sectors of the fastest growing economies in the world.
A growth in the generation supply to 10GW would also correspond
to a growth in your transmission and distribution networks to accommodate the
increased supply. With TCN insolvent and
not able to service its current costs, how is the transmission network’s
capacity expected to grow by over 100% without proper funding. The government expects this growth to happen
magically without adequately funding to meet this optimistic target. To achieve growths of this historical
magnitude, TCN should be given a blank check to support its optimistic growth.
The company should not be left to source for investors in a sector that is
insolvent and cannot currently pay all of its costs. Even with a blank
check, these timelines are very optimistic considering the numerous studies to
be executed, the complexity in engineering, the lead times of major equipment,
the acquisition of proper right of ways for transmission lines and substation
and most of all the coordination between all relevant contractors.