DESPACHO HIDROTERMICODESPACHO HIDROTERMICO

POWER GENERATIONPOWER GENERATION

DETALLES DEL PROGRAMADETALLES DEL PROGRAMA

Este programa esta escrito en Turbo Este programa esta escrito en Turbo Pascal 6.0Pascal 6.0

Tambien se puede trabajar o testear Tambien se puede trabajar o testear en Borland Pascal 7.0en Borland Pascal 7.0

Tambien podemos correrlo en DOS Tambien podemos correrlo en DOS en una PC standarden una PC standard

INSTALACIONINSTALACION

Descomprimir la carpeta POWERGEN. Descomprimir la carpeta POWERGEN. RAR e ubicarlo en un directorio de C.RAR e ubicarlo en un directorio de C.

Luego abrimos la carpeta en C y Luego abrimos la carpeta en C y ubicamos el ejecutable ubicamos el ejecutable POWERGEN.EXE ( interface )POWERGEN.EXE ( interface )

El programa corre satisfactoriamente El programa corre satisfactoriamente con el comando DOS, haciendo click con el comando DOS, haciendo click en el interface POWERGEN .en el interface POWERGEN .

PROBLEMAPROBLEMA

Vmax = 18000 AF ( acres-ft)Vmax = 18000 AF ( acres-ft) Vmin = 6000 AFVmin = 6000 AF Pmax = 1200Pmax = 1200 Pmin = 200Pmin = 200

Los datos se ingresan al software se Los datos se ingresan al software se siguen los pasos del manual siguen los pasos del manual incorporado en el software y se corre incorporado en el software y se corre (run)(run)

Usted puede ahora realizar cambios a los datos Usted puede ahora realizar cambios a los datos para el problemapara el problema

Menu of options:Menu of options: 1 - Display data1 - Display data 2 - Enter new steam plant min MW 2 - Enter new steam plant min MW 3 - Enter new steam plant max MW 3 - Enter new steam plant max MW 4 - Enter new reservoir infow rate (AF/HR)4 - Enter new reservoir infow rate (AF/HR) 5 - Enter new reservoir max volume (AF)5 - Enter new reservoir max volume (AF) 6 - Enter new reservoir min vilume (AF)6 - Enter new reservoir min vilume (AF) 7 - Enter new volume step to use in algorithm7 - Enter new volume step to use in algorithm 8 - Enter new starting reservoir volume (AF)8 - Enter new starting reservoir volume (AF) 9 - Enter new ending reservoir volume (AF)9 - Enter new ending reservoir volume (AF) 10 - Run program10 - Run program

Incorpore el número de opción > 1 < - - - el Incorpore el número de opción > 1 < - - - el usuario introdujo 1usuario introdujo 1

para exhibir datospara exhibir datos Steam plant maximum MW = 1200.00Steam plant maximum MW = 1200.00 Steam plant minimum MW = 200.00Steam plant minimum MW = 200.00 Reservoir inflow = 1000.00Reservoir inflow = 1000.00 Reservoir maximum volume = 18000.00Reservoir maximum volume = 18000.00 Reservoir minimum volume = 6000.00Reservoir minimum volume = 6000.00 Volume step size = 1000.00Volume step size = 1000.00 Reservoir starting volume = 10000.00Reservoir starting volume = 10000.00 Reservoir ending volume = 10000.00Reservoir ending volume = 10000.00

Menu of options:Menu of options: 1 - Display data1 - Display data 2 - Enter new steam plant min MW 2 - Enter new steam plant min MW 3 - Enter new steam plant max MW 3 - Enter new steam plant max MW 4 - Enter new reservoir infow rate (AF/HR)4 - Enter new reservoir infow rate (AF/HR) 5 - Enter new reservoir max volume (AF)5 - Enter new reservoir max volume (AF) 6 - Enter new reservoir min vilume (AF)6 - Enter new reservoir min vilume (AF) 7 - Enter new volume step to use in algorithm7 - Enter new volume step to use in algorithm 8 - Enter new starting reservoir volume (AF)8 - Enter new starting reservoir volume (AF) 9 - Enter new ending reservoir volume (AF)9 - Enter new ending reservoir volume (AF) 10 - Run program10 - Run program

Incorpore el número de opción > 7 < Incorpore el número de opción > 7 < - - - usuario introdujo 7 para- - - usuario introdujo 7 para

incorporar un nuevo tamaño de paso incorporar un nuevo tamaño de paso del volumen.del volumen.

Valor actual del tamaño de paso del Valor actual del tamaño de paso del volumen = 1000,00volumen = 1000,00

Incorpore el nuevo valor: 2000. < - - Incorpore el nuevo valor: 2000. < - - - el usuario introduce 2000.- el usuario introduce 2000.

como nuevo tamaño de paso.como nuevo tamaño de paso. Menu of options:Menu of options:

1 - Display data1 - Display data 2 - Enter new steam plant min MW 2 - Enter new steam plant min MW 3 - Enter new steam plant max MW 3 - Enter new steam plant max MW 4 - Enter new reservoir infow rate (AF/HR)4 - Enter new reservoir infow rate (AF/HR) 5 - Enter new reservoir max volume (AF)5 - Enter new reservoir max volume (AF) 6 - Enter new reservoir min vilume (AF)6 - Enter new reservoir min vilume (AF) 7 - Enter new volume step to use in 7 - Enter new volume step to use in

algorithmalgorithm 8 - Enter new starting reservoir volume 8 - Enter new starting reservoir volume

(AF)(AF) 9 - Enter new ending reservoir volume (AF)9 - Enter new ending reservoir volume (AF) 10 - Run program10 - Run program

Incorpore el número de opción > 8 < Incorpore el número de opción > 8 < - - - usuario introduce 8 para- - - usuario introduce 8 para

incorporar el nuevo volumen que incorporar el nuevo volumen que comienza.comienza.

Valor actual del depósito que Valor actual del depósito que comienza el volumen = 10000,00comienza el volumen = 10000,00

Incorpore el nuevo valor: 14000. < - Incorpore el nuevo valor: 14000. < - - - nuevo volumen que comienza- - nuevo volumen que comienza

fijado a 14000.fijado a 14000.

1 - Display data1 - Display data 2 - Enter new steam plant min MW 2 - Enter new steam plant min MW 3 - Enter new steam plant max MW 3 - Enter new steam plant max MW 4 - Enter new reservoir infow rate (AF/HR)4 - Enter new reservoir infow rate (AF/HR) 5 - Enter new reservoir max volume (AF)5 - Enter new reservoir max volume (AF) 6 - Enter new reservoir min vilume (AF)6 - Enter new reservoir min vilume (AF) 7 - Enter new volume step to use in 7 - Enter new volume step to use in

algorithmalgorithm 8 - Enter new starting reservoir volume 8 - Enter new starting reservoir volume

(AF)(AF) 9 - Enter new ending reservoir volume (AF)9 - Enter new ending reservoir volume (AF) 10 - Run program10 - Run program

Incorpore el número de opción > 10 < - - - el Incorpore el número de opción > 10 < - - - el programa de losprograma de los

funcionamientos del usuariofuncionamientos del usuario Steam plant maximum MW = 1200.00Steam plant maximum MW = 1200.00 Steam plant minimum MW = 200.00Steam plant minimum MW = 200.00 Reservoir inflow = 1000.00Reservoir inflow = 1000.00 Reservoir maximum volume = 18000.00Reservoir maximum volume = 18000.00 Reservoir minimum volume = 6000.00Reservoir minimum volume = 6000.00 Volume step size = 2000.00Volume step size = 2000.00 Reservoir starting volume = 14000.00Reservoir starting volume = 14000.00 Reservoir ending volume = 10000.00Reservoir ending volume = 10000.00

Ahora haciendo el período 2Ahora haciendo el período 2 Now doing period 3Now doing period 3 Now doing period 4Now doing period 4 Now doing period 5Now doing period 5 Now doing period 6Now doing period 6 PERIOD 1PERIOD 1 LOAD = 600.00 <-- Load in MWLOAD = 600.00 <-- Load in MW STEAM GENERATION = 600.00 <-- Steam generation in MWSTEAM GENERATION = 600.00 <-- Steam generation in MW HYDRO GENERATION = 0.00 <-- Hydro generation in MWHYDRO GENERATION = 0.00 <-- Hydro generation in MW Q = 0.00 <-- Hydro discharge in AF/HRQ = 0.00 <-- Hydro discharge in AF/HR RESERVOIR VOLUME = 18000.00 <-- Reservoir volume at RESERVOIR VOLUME = 18000.00 <-- Reservoir volume at

beginningbeginning of period 1of period 1 PERIOD 2PERIOD 2 LOAD = 1000.00LOAD = 1000.00 STEAM GENERATION = 814.89STEAM GENERATION = 814.89 HYDRO GENERATION = 185.11HYDRO GENERATION = 185.11 Q = 2000.00Q = 2000.00 RESERVOIR VOLUME = 14000.00RESERVOIR VOLUME = 14000.00

PERIOD 3PERIOD 3 LOAD = 900.00LOAD = 900.00 STEAM GENERATION = 722.45STEAM GENERATION = 722.45 HYDRO GENERATION = 177.55HYDRO GENERATION = 177.55 Q = 2000.00Q = 2000.00 RESERVOIR VOLUME = 10000.00RESERVOIR VOLUME = 10000.00 PERIOD 4PERIOD 4 LOAD = 500.00LOAD = 500.00 STEAM GENERATION = 500.00STEAM GENERATION = 500.00 HYDRO GENERATION = 0.00HYDRO GENERATION = 0.00 Q = 0.00Q = 0.00 RESERVOIR VOLUME = 14000.00RESERVOIR VOLUME = 14000.00

PERIOD 5PERIOD 5 LOAD = 400.00LOAD = 400.00 STEAM GENERATION = 222.45STEAM GENERATION = 222.45 HYDRO GENERATION = 177.55HYDRO GENERATION = 177.55 Q = 2000.00Q = 2000.00 RESERVOIR VOLUME = 10000.00RESERVOIR VOLUME = 10000.00 PERIOD 6PERIOD 6 LOAD = 300.00LOAD = 300.00 STEAM GENERATION = 226.00STEAM GENERATION = 226.00 HYDRO GENERATION = 74.00HYDRO GENERATION = 74.00 Q = 1000.00Q = 1000.00 RESERVOIR VOLUME = 10000.00RESERVOIR VOLUME = 10000.00 TOTAL PRODUCTION COST FOR SCHEDULE = 87824.31 TOTAL PRODUCTION COST FOR SCHEDULE = 87824.31

<---Total production <---Total production cost on steam plant.cost on steam plant.