PROJEKT UŠTEDE ENERGIJE U SUSTAVU ZA SUŠENJE

POLJOPRIVREDNIH KULTURA

Regulacija i kontrola manipulacije otpadnim zrakom

Trenutna potrošnja plina u procesu sušenja je 1.200 m3/procesu. U ukupnim

troškovima proizvodnje troškovi energije sudjeluju s cca 35%.

Testiranje postrojenja je u tijeku i prvi rezultati pokazuju

da će se potrošnja plina kretati između 500-600 m3/procesu.

lant rnanagmwr

0

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YEAR PLANT LAND UNIT TURBINE POWER SCOPE OF SUPPLY

2010 SHPP DRUGOVO MACEDONIA 1 PELTON 750 kVA Design, delivery and commissioning

2010 SHPP BRBUŠNICA MACEDONIA 1 PELTON 720 kVA Design, delivery and commissioning

2011 SHPP KRIVA REKA MACEDONIA 1 PELTON 730 kVA Design, delivery and commissioning

2012 SHPP KAMENIČKA REKA MACEDONIA 1 PELTON 1500 kVA Design, delivery and commissioning

2012 SHPP BRAJČINO MACEDONIA 1 PELTON 880 kVA Design, delivery and commissioning

2012 SHPP KRANSKA REKA MACEDONIA 1 PELTON 730 kVA Design, delivery and commissioning

2012 SHPP KRKLJANSKA REKA MACEDONIA 1 PELTON 480 kVA Design, delivery and commissioning

2012 SHPP SLATINSKA REKA MACEDONIA 1 PELTON 700 kVA Design, delivery and commissioning

2013 SHPP SELEČKA REKA MACEDONIA 1 PELTON 2150 kVA Design, delivery and commissioning

2012 SHPP DINC TURKEY 2 2xPELTON 2x1150 kVA Design, delivery and commissioning

2013 SHPP POBREG ALBANIA 2 2xFRENCIS 9500+4200 kVA Design, delivery and commissioning

PROf l NHG RIS

Opći podaci mHE Pobreg: TURBINE: 1. FRANCIS, Pt = 8771 kW; Hn = 95,43m; Qa =10,00m3/s 2. FRANCIS, Pt = 3551 kW; Hn = 96,60m; Qa = 4,00 m3/s

Opseg isporuke:

SN postrojenje i transformator

AC i DC napajanje

Upravljanje elektranom

SCADA sistem

Sustav zaštite i sinhronizacije

Turbinska regulacija

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HPP POBREG

Rev. Renarks R••·da t r

S. Smol'o HPP POBR1'6 All>onia

PRD§IITEGRIS Pro Inie ns, Croat ia

SINGLE LINE OIAGRAH Projecl no. 0162

Fonut A3

mHE Pobreg

Archived Data

4:12:54PM 3/28/2014

;AKA01 ;AI(AQ2 ;AKAQ3 ;AI(AQ4 ;AI(AQS ;AI(AQ6 ;AI(AQ7

MEASURING GENERATOR2 GENERATOR 1 AUX TRANSFORMER MEASURING INCOMINGG INCOMINGG FEEDER FEEDER FEEDER FEEDER FEEDER FEEDER 1 FEEDER 2

I•

.J 0

!=BFA01 ..............................

Batt 110V 1600Ah

j =BTM01 •.............................

110Vdc

:. - - - ?. ---···········-- --- - -----

NotAcknowledged Alarms 0

PRO INTEG RIS

Free Memory [%1 35 %

SLD

Free Dtsk Spa<:e [%1 22 %

=D

Operation Mode: UNDEFINED

Turbine Stopped

Archived Data

..._ 4:04:56PM 3/28/2014

Total Energy (MWh) 0. 000 "l

Total Wort<ing Hours C0.0 --,

Butterfly/Bypass AcUve Ala rms

Opened - 90• Bypass Opened

HPU

Lubrication Alarms HPU

Intermediate - ss• Bypass Closed Lubrication Ool Flow Hidrostatic

Closed .o• Lubric.Water Cooler

Speed/Level I

Overspeed

• 7SJ80_t

• 7SJ80_2

• BFA01Alarms

BTM01Alarms

Bypass Closed Lubrication 0.1 Flow

Lubric. Water Cooler

ISpeed/Leve l

Overspeed

Measurements

Stator WindlllQ PhV = oc

Stator 1\\nding Ph W = oc

Stator Winding Ph U =D°C

StatorWindmg PhV=D°C

StatorWmding Ph w=D°C

Distributor Hydraul Cylinder =00%

HPU Oil Pressure =

ln!etCone =

D.E.Axlal1 Beanng =

O.E.Axlal2 Beanng = oc

OE. RadialBeanng = oc

N O.E Radial Bearing = oc

Gen Lubnc. Oil Tank= oc

1MKC10 Wind1ng 1= oc

Distnbutor Hydraul Cylinder = .0 %

HPU Ool Pressure = bar

lnlet Cone = bar

OE.Axlal1 Beanng=U°C

O.E.Axlal2 Beanng =D°C

O.E.Radial Beanng =D°C

N O.E Radial Bearing = °C

Gen Lubnc. oil Tank =ao c

1MKC10Wind111Q1= °C

Turbine Case Temperature

Spirallnlet = °C

Spirallnlet = bar

=BFA01 = =BTM01 =BUB01

NotAcknowledged Alarms 0 Free Memory(%) 42 % Free DISk Space (%) 22%

PRO INTEG RIS HOME

mHE Pobreg

UNIT 1 OVERVIEW

mHE Pobreg

oo...l 11 -AciiJelPa.o.er 101al Flow

11 .Calculated Flow ..

Stop

11·0ptmai Flow Ready .

0.000•1 Goo

Leve4

Pa.o.er

Commumcalion

o.oo 0.00

0.00

0.00

0.00

o• T2 Actuel Pa.o.er

, T2 •Calcutated Flow

.T2 •Opbmol Flow

0•1 T2 - 0pbmo1Power

0a ' T2 ·Set Power

Archived Data

---·-

4:20:29PM 3/28/2014

Alarms

Ready Requlalion

Hydrat.IK

Lubncabon SetVakJe • O.OO"j m

Common

AVR

l.r oe Setv.kJe = o.ooCJ IMI'.

All

Control

Bypass Open

(;roup Control

11 •Optwnal Power

PRO INTEG RIS

Free Mem<>ry [%) 32 % Free Dosk Space[%1 22 %

AUTOMATIC SEQUENCE

mHE Pobreg

749 PM

Return O.ll1ne

.. .. ..

Archived Data

4:07:49PM 3/28/2014

Trends ------------------------------ 1

lnlet W Press (bar) Sptral \•/ Press (bar) \1-/ater Level (m)

Distnbutor HydraulK Cyhnder Butterfly Valve Posibon

INVAliD

Brake 00.100

l f- 00 .100 0000 10000

• Brake 1Applied

• Brake 2 Applied

Brake 1Worned Out

Brake 2 Worned Out

100%

75%

50%

Ol}r- ooJ O"öOO

25%

l0% 35749PM 35904PM 400 19PM 40134 PM 40249PM 40404 PM 4 05 19PM 40634PM 4 0

HPU Oil Preos (bar) - 0 300

. . IIODEAIITOIIAllC

MCIION

Return Frfter Cootamrnatron

HPUTank Oil Temp Max.

HPUTank Oil Temp Min

.. 0

100%

75%

50%

25%

HPUTank Oil Level Max.

HPU Tank Oil Level Mrn

bO% 35749PM 3 5904 PM 40019PM 40134 PM 40249 PM 40404PM 405 19 PM 40634 PM 40149 PM

NotAtknowledged Alarms 0

PRO INTEG RIS

Free Memory f%1 35 % Free Drsk Space [%1 22%

HYDRAULIC POWER UNIT

mHE Pobreg

Trends SUitor Ph UTemp

1

100%

75%

25%

Lubncatton

0 4 Um nOilFlow FL1 OK

4 Umin OilFlow FL1 High

15 Um nOilFlow FL3 OK

15 Um nOilFlow FL3 High

Lubrication System Pressure OK

Lubrication System Pressure High

Stator PhV Temp Stator PhVJ Temp

1 1

15 UminOil Flow FL2 OK 0

6 Umin Oil F ow FL4 OK Hidrostatic Lift System Press. Sensor 1 OK

15 Um1nOll Flow FL2 H1gh 6 Um10 Oil F ow FL4 High Hidrostatic Lift System Press. Sensor 2 OK

RADIAL N.D.E. AX IAL D.E. AXIALD .E.

t RADIALD.E.

t D.E N.D.E.

t

4 00:03PM 4 01.43 PM 4 03:23PM 4 05.03 PM 4 06.43 PM 4 08:23PM

Axia1 1Temp Axial 2Ternp Turb.ne Case Temp

0..100 0..100 0..100

• OilWater Cooler Flow OK

100%

75%

25%

TankOll LeveiMaxAiarm

Tank 01l Level Mln Alarm

0%

35823 PM 40003 PM 40143 PM 40323 PM 40503 PM 40643 PM 40823 PM

NotAcknov.1edgedAiarms :0

PRO INTEG RIS

Free Memory [%):34 %

LUBRICATION

Free Disk Space [%[: 22%

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