Study forecasts power generation gas turbine market through 2014
The gas turbine-powered electrical generation market is projected to generate $ 118.4 bn in revenues in the decade
2005-2014 with the production of 7,550 machines, according to Forecast International's "The Gas Turbine Electrical
Power Generation Market: 2005-2014."
"Production of gas turbine machines, and their value of production, is projected to peak in 2010-2011," said David J.
Franus, Forecast International Senior Analyst for Power Systems/Turbomachinery. "The overall market leaders (outside
the Russian Federation) in terms of the production of gas turbine machines (excluding microturbines) are projected to
be GE Energy, Kawasaki Heavy Industries and Siemens. Siemens' position has increased dramatically due to its
acquisition of a large part of the Alstom line of gas turbine machines."
Worldwide orders for gas turbine machines for electrical generation of 1 MW and larger grew from about 800 machines
in 1986/1987 to 875 in 1998/1999. The trend continued into 1999/2000, when 1,200 machines were ordered, and
2000/2001, when about 1,540 machines were ordered.
Orders then fell off over the next two years to about 840 and 600 machines, respectively. Orders in the 2003/2004
period totalled about 700 machines, about equal to Forecast International's projection for the 2004/2005 period.
"Regional demand for electricity has shifted somewhat over the past several years," said Franus.
"In 1990, North America represented 30.9 % of the worldwide demand for electricity, but consumed 30.8 % of the
electricity generated in 2000, and is forecast to consume 26.5 % in 2020."
According to the report, the big user is, and will continue to be, the Asia/Pacific region, which accounted for 21 %
of demand in 1990 and 28 % in 2000, and will represent 35 % of world demand in 2020.
Of the 7,550 machines projected to be manufactured during the next ten years, machines of 125 MW and larger should
account for more than 30 % of unit production and over 70 % of value of production.
