Which came first? 
Electricity to Power Economic Growth or 
Economic Growth Demanding More Electricity 
Korea’s economic power is growing at a record pace – GDP will be up 3.9% in 2014* 
Electricity is vital to businesses upgrading capacity and consumers upgrading their lifestyles 
*Financial Times 
1
Which came first? 
It doesn’t matter. 
One of the world’s growth centers and technology leaders needs more power – 
faster, cleaner, and hassle free. Korea Southern Power Company (KOSPO), part of 
Korea’s largest thermal power utility, is critical to the country’s high-tech growth. 
2
Which came first? 
It doesn’t matter. 
3 
How could KOSPO bridge the gap between 
capacity and demand?
By getting 
More Power 
Availability 
Efficiency 
Fewer Emissions 
4 
FROM TWO PLANTS KOSPO 
ALREADY HAS 
Shin-Incheon Busan
How about: Power 
An additional 215 MW of power…. 
enough to energize 160,000+ homes 
5 
More 
FROM TWO PLANTS KOSPO 
ALREADY HAS 
Shin-Incheon Busan
How about: 
Availability 
6 
More than 145,000 combined 
operating hours 
More 
FROM TWO PLANTS KOSPO 
ALREADY HAS 
Shin-Incheon Busan
How about: 
Efficiency 
7 
2.6% 
(simple cycle) 
4.3% 
(simple cycle) 
More 
FROM TWO PLANTS KOSPO 
ALREADY HAS 
Shin-Incheon Busan
How about: 
Emissions 
8 
NOx emissions reduced by 
55% 
and CO2 reduced by 46,800 
T/yr 
Fewer 
FROM TWO PLANTS KOSPO 
ALREADY HAS 
Shin-Incheon Busan
9 
GE is tapping into the power of the 
Industrial Internet 
with its 
Predictivity™ Solutions
10 
GE is tapping into the power of the 
Industrial Internet 
with its 
Predictivity™ Solutions 
Identifying problems before they become crises
11 
GE is tapping into the power of the 
Industrial Internet 
with its 
Predictivity™ Solutions 
Identifying problems before they become crises 
Anticipating opportunities
12 
GE is tapping into the power of the 
Industrial Internet 
with its 
Predictivity™ Solutions 
Identifying problems before they become crises 
Anticipating opportunities 
Optimizing performance
13 
GE is tapping into the power of the 
Industrial Internet 
with its 
Predictivity™ Solutions 
Identifying problems before they become crises 
Anticipating opportunities 
Optimizing performance 
Meeting compliance and safety goals
Hardware 
Software 
Advanced Analytics 
14 
How do they 
Do It? 
Using Advanced Gas Path + OpFlex* 
A Power FlexEfficiency* solution from the 
Predictivity™ portfolio
15 
Hardware 
How do they 
Do It? 
Redesigned all three stages of gas 
turbine buckets, nozzles and shrouds 
Engineered with advanced aerodynamics 
and better sealing for high efficiency 
Using Advanced Gas Path + OpFlex* 
A Power FlexEfficiency* solution from the 
Predictivity™ portfolio
16 
Software 
How do they 
Do It? 
Transforming data into knowledge, 
powering proactive control and decision making 
OpFlex* software delivers the difference: 
– Model-based controls adapted from GE’s 
aircraft engines 
– Two million hours of operation on 400+ gas 
turbines 
Using Advanced Gas Path + OpFlex* 
A Power FlexEfficiency* solution from the 
Predictivity™ portfolio
17 
Advanced Analytics 
Unmatched real-world data: 
– 100+ million hours of operating data, 
25 terabytes of engineering data 
– Up to 480,000 data points per second, 
per turbine 
How do they 
Do It? 
Using Advanced Gas Path + OpFlex* 
A Power FlexEfficiency* solution from the 
Predictivity™ portfolio
18 
With existing assets, KOSPO was able 
to fed the community’s growing 
energy demand
19 
Learn more at powergen.gepower.com

Packing More Power for South Korea

  • 1.
    Which came first? Electricity to Power Economic Growth or Economic Growth Demanding More Electricity Korea’s economic power is growing at a record pace – GDP will be up 3.9% in 2014* Electricity is vital to businesses upgrading capacity and consumers upgrading their lifestyles *Financial Times 1
  • 2.
    Which came first? It doesn’t matter. One of the world’s growth centers and technology leaders needs more power – faster, cleaner, and hassle free. Korea Southern Power Company (KOSPO), part of Korea’s largest thermal power utility, is critical to the country’s high-tech growth. 2
  • 3.
    Which came first? It doesn’t matter. 3 How could KOSPO bridge the gap between capacity and demand?
  • 4.
    By getting MorePower Availability Efficiency Fewer Emissions 4 FROM TWO PLANTS KOSPO ALREADY HAS Shin-Incheon Busan
  • 5.
    How about: Power An additional 215 MW of power…. enough to energize 160,000+ homes 5 More FROM TWO PLANTS KOSPO ALREADY HAS Shin-Incheon Busan
  • 6.
    How about: Availability 6 More than 145,000 combined operating hours More FROM TWO PLANTS KOSPO ALREADY HAS Shin-Incheon Busan
  • 7.
    How about: Efficiency 7 2.6% (simple cycle) 4.3% (simple cycle) More FROM TWO PLANTS KOSPO ALREADY HAS Shin-Incheon Busan
  • 8.
    How about: Emissions 8 NOx emissions reduced by 55% and CO2 reduced by 46,800 T/yr Fewer FROM TWO PLANTS KOSPO ALREADY HAS Shin-Incheon Busan
  • 9.
    9 GE istapping into the power of the Industrial Internet with its Predictivity™ Solutions
  • 10.
    10 GE istapping into the power of the Industrial Internet with its Predictivity™ Solutions Identifying problems before they become crises
  • 11.
    11 GE istapping into the power of the Industrial Internet with its Predictivity™ Solutions Identifying problems before they become crises Anticipating opportunities
  • 12.
    12 GE istapping into the power of the Industrial Internet with its Predictivity™ Solutions Identifying problems before they become crises Anticipating opportunities Optimizing performance
  • 13.
    13 GE istapping into the power of the Industrial Internet with its Predictivity™ Solutions Identifying problems before they become crises Anticipating opportunities Optimizing performance Meeting compliance and safety goals
  • 14.
    Hardware Software AdvancedAnalytics 14 How do they Do It? Using Advanced Gas Path + OpFlex* A Power FlexEfficiency* solution from the Predictivity™ portfolio
  • 15.
    15 Hardware Howdo they Do It? Redesigned all three stages of gas turbine buckets, nozzles and shrouds Engineered with advanced aerodynamics and better sealing for high efficiency Using Advanced Gas Path + OpFlex* A Power FlexEfficiency* solution from the Predictivity™ portfolio
  • 16.
    16 Software Howdo they Do It? Transforming data into knowledge, powering proactive control and decision making OpFlex* software delivers the difference: – Model-based controls adapted from GE’s aircraft engines – Two million hours of operation on 400+ gas turbines Using Advanced Gas Path + OpFlex* A Power FlexEfficiency* solution from the Predictivity™ portfolio
  • 17.
    17 Advanced Analytics Unmatched real-world data: – 100+ million hours of operating data, 25 terabytes of engineering data – Up to 480,000 data points per second, per turbine How do they Do It? Using Advanced Gas Path + OpFlex* A Power FlexEfficiency* solution from the Predictivity™ portfolio
  • 18.
    18 With existingassets, KOSPO was able to fed the community’s growing energy demand
  • 19.
    19 Learn moreat powergen.gepower.com

Editor's Notes

  • #5 Can we switch existing icons with two Power plant icons for Shin-Incheon and Busan (on this slides and ones going forward)
  • #8 Can we change to plus signs to up arrows?
  • #9 On the CO2, a reduction of 46,800 tons per annum is the same as the emissions from over 15,000 tons of landfill waste, 45 million pounds of coal burned or the carbon sequestered by. 34,800 acres of US forest – what does 35K acres look like
  • #10 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #11 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #12 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #13 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #14 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #15 Can you help us reformat this section? It is hard to read copy over the current background. Perhaps we could fade it out? A solution of Power FlexEfficiency gas turbine portfolio
  • #16 Is this too in the weeds?
  • #17 Replace numbers with something else (2M+hours) -Michael will provide new #s