(OHFFLyQGHORVWLSRVGHUHFLSLHQWHVGHFRFFLyQ SDUDPRGHORVGHHVWXIDGHYLGULR PRGHORVVLQLQGXFFLyQ 

*($SSOLDQFHVFRP

/DVLJXLHQWHLQIRUPDFLyQORD\XGDUiDHOHJLUORVUHFLSLHQWHVGHFRFFLyQTXHEULQGDQXQEXHQGHVHPSHxRHQHVWXIDV GHYLGULR9HUHOIROOHWRVREUHUHFLSLHQWHVSDUDXVDUFRQHVWXIDVGHLQGXFFLyQ

9HULILTXHTXHORVUHFLSLHQWHV WHQJDQEDVHVSODQDVXWLOL]DQGRXQD UHJOD

$FHURLQR[LGDEOH

5HFRPHQGDGDV

$OXPLQLR

3HVRSHVDGRUHFRPHQGDGDV

%XHQDFRQGXFWLYLGDG5HVLGXRVGHDOXPLQLR DYHFHVSDUHFHQUDVJXxDGXUDVHQODHVWXID

SHURSXHGHQUHPRYHUVHVLVHOLPSLDQ LQPHGLDWDPHQWH'HELGRDVXEDMRSXQWRGH IXVLyQHODOXPLQLRGHSHVROLJHURQRGHEH XVDUVH

)RQGRGHFREUH

5HFRPHQGDGDV

(OFREUHSRGUtDGHMDUUHVLGXRVTXHSXHGHQ OXFLUFRPRUDVJXxDGXUDV/RVUHVLGXRVVH

SXHGHQUHPRYHUVLHPSUHTXHVHOLPSLHOD LQPHGLDWDPHQWH6LQHPEDUJRQRGHMHTXH HVWDVVDUWHQHVGHFREUHKLHUYDQHQVHFR(O

PHWDOVREUHFDOHQWDGRGHSXHGHIXQGLUFRQ ODVHVWXIDVGHYLGULR8QDVDUWpQGHIRQGRGH FREUHVREUHFDOHQWDGDGHMDUiUHVLGXRVTXHVH FRQYHUWLUiQHQPDQFKDVSHUPDQHQWHVVREUHOD

HVWXIDVLQRVHUHPXHYHQLQPHGLDWDPHQWH

(VPDOWHGHSRUFHODQDVREUH KLHUURIXQGLGR

6HUHFRPLHQGDVLODEDVHGHODROODVHHQFXHQWUD

UHYHVWLGD

9LGULR&HUiPLFD

ÒWLOHVSHURQRVRQUHFRPHQGDGDV 5HQGLPLHQWRSREUH3RGUtDQUD\DUODVXSHUILFLH

(VPDOWHGHSRUFHODQDVREUHDFHUR

1RVHUHFRPLHQGD

&DOHQWDUUHFLSLHQWHVYDFtRVSXHGHSURYRFDU GDxRVSHUPDQHQWHVDOYLGULRGHODVHVWXIDV (OHVPDOWHSXHGHGHUUHWLUVH\DGKHULUVHDOD HVWXIDFHUiPLFD

&HUiPLFD

1RVHUHFRPLHQGD

'HVHPSHxRSREUH5D\DODVXSHUILFLH

9LGULRFHUiPLFR

1RVHUHFRPLHQGD

'HVHPSHxRSREUH3XHGHUD\DUOD

VXSHUILFLH

+LHUURIXQGLGR

1RVHUHFRPLHQGDDPHQRVTXHVHHQFXHQWUH HVSHFtILFDPHQWHGLVHxDGRSDUDHVWXIDVGHYLGULR

3REUHFRQGXFWLYLGDG\OHQWLWXG SDUDDEVRUEHUHOFDORU5D\DOD

VXSHUILFLHGHODHVWXID

1RVHUHFRPLHQGDQUHFLSLHQWHV FRQEDVHVUHGRQGHDGDVFXUYDGDV FRQUHERUGHVRWRUFHGXUDV

127$6LJDWRGDVODVUHFRPHQGDFLRQHVGHOIDEULFDQWHGHUHFLSLHQWHVFXDQGRXWLOLFHFXDOTXLHUFODVH GHUHFLSLHQWHGHFRFFLyQVREUHODHVWXIDFHUiPLFD

1RFRORTXHUHFLSLHQWHVPRMDGRV

VREUHODHVWXIDGHYLGULR

1RXVHZRNVFRQDQLOORVGH

VRSRUWHVREUHODHVWXIDGHYLGULR

8WLOLFHZRNVGHEDVHSODQDVREUHOD

HVWXIDGHYLGULR

3DUDPHMRUHVUHVXOWDGRV

„&RORTXHVyORUHFLSLHQWHVVHFRVVREUHORV

HOHPHQWRVGHVXSHUILFLH1RFRORTXHWDSDV VREUHORVHOHPHQWRVGHVXSHUILFLHHQ HVSHFLDOWDSDVPRMDGDV

„1RXVHZRNVFRQDQLOORVGHVRSRUWH

(VWDFODVHGHZRNQRVHFDOLHQWD

VREUHHOHPHQWRVGHVXSHUILFLHGHYLGULR

„5HFRPHQGDPRVHOXVRGHZRNV

GHEDVHSODQDVRODPHQWH6H

HQFXHQWUDQGLVSRQLEOHVHQVXQHJRFLR PLQRULVWDORFDO/DEDVHGHOZRNGHEH WHQHUHOPLVPRGLiPHWURTXHHOHOHPHQWR

GHVXSHUILFLHSDUDDVHJXUDUXQFRQWDFWR DGHFXDGR

„$OJXQRVSURFHGLPLHQWRVGH FRFFLyQHVSHFLDOHVUHTXLHUHQUHFLSLHQWHVGH FRFFLyQHVSHFtILFRVFRPRROODVDSUHVLyQ

IUHLGRUDVHWF7RGRVORVUHFLSLHQWHVGH

FRFFLyQGHEHQWHQHUEDVHVSODQDV\VHU

GHOWDPDxRFRUUHFWR

„1RSHUPLWDTXHORVDOLPHQWRVKLHUYDQHQ

VHFR\DTXHORVUHFLSLHQWHVGHFRFFLyQ

SXHGHQDGKHULUVHDODVXSHUILFLHGH

FRFFLyQSURYRFDQGRGDxRVSHUPDQHQWHV

DODHVWXID



Page 37
Image 37
GE PP989 owner manual $FhurLqrlgdeoh, $Oxplqlr, RqgrGhFreuh, +LhuurIxqglgr

PP989 specifications

The GE PP989 is a sophisticated industrial gas turbine, designed to meet the demands of power generation and providing efficient solutions for various energy applications. One of its primary innovations lies in its ability to operate on a diverse range of fuels, which makes it highly adaptable in different regions and market conditions. This flexibility enhances its appeal to businesses looking for reliable energy solutions.

One of the standout features of the GE PP989 is its high thermal efficiency, achieved through advanced combustion technology that minimizes emissions while maximizing output. This technology not only contributes to environmental sustainability but also ensures compliance with increasingly stringent emissions regulations globally. The gas turbine is equipped with sophisticated control systems that optimize performance and maintain high reliability throughout its operation.

The PP989 utilizes a modular design, which allows for easier maintenance and reduced downtime. This characteristic is crucial for industrial operators who need consistent energy supply without significant interruptions. Its modularity extends to its components, enabling quick replacements and upgrades, thus proactively addressing any operational challenges.

Another key technological aspect of the GE PP989 is its integration with digital capabilities through GE's Digital Wind Farm solutions. This integration offers real-time monitoring and data analysis, empowering operators with insights that enhance decision-making and operational efficiency. The turbine’s connectivity features allow for remote diagnostics, ensuring timely maintenance and minimizing the risk of unexpected failures.

In terms of operational characteristics, the GE PP989 boasts an impressive output capability, making it suitable for both base-load and peak-load applications. It can quickly ramp up or down to meet fluctuating energy demands, which is particularly beneficial in today's energy landscape, where renewable sources often lead to variable supply.

The turbine's design also emphasizes noise reduction and operating safety, ensuring minimal disturbance to surrounding communities while maintaining a safe operational environment for personnel. With a commitment to reliability and performance, the GE PP989 stands as a leading choice for operators in the energy sector, blending advanced technology with practical applications in energy production. Its combination of efficiency, flexibility, and cutting-edge design reaffirms GE's position at the forefront of the power generation industry.