Koncar - Elektroindustrija D.d. · ZSE:KOEI
Koncar - Elektroindustrija D.d — KONČAR - Power Plant and Electric Traction Engineering — Investor Presentation (December 2010)
130 slides from Koncar - Elektroindustrija D.d's investor presentation, December 2010
Slide 1: KONČAR - Power Plant and Electric Traction Engineering Inc.
KON AR - Power Plant and Electric Traction Engineering Inc. (KON AR – KET by short)
Slide 2: KET key facts
• 100% OWNED BY KONCAR ELECTRICAL INDUSTRIES INC. • 207 EMPLOYEES (150 WITH A UNIVERSITY DEGREE) • ISO 9001 & ISO 14001 CERTIFIED • AVERAGE ANNUAL SALES PER YEAR: app. EURO 60-70 MILLION • EXPORTS app. 40%
Slide 3: KET's Organization Chart
KET’S ORGANIZATION CHART BOARD Tomi DuževiA, President Miljenko KovaEec, Memeber Stjepan DragiEeviA, Member QUALITY INSURANCE LEGAL AND DEPT. PERSONNEL DEPT. B. U. POWER B. U. B. U. B. U. B. U. CONTROL DISTRIBUTION B. U. TRANSMISSION POWER PLANTS TRANSPORTATION AND PROTECTION AND “WINDPLANT” SUBSTAT
Slide 4: Mission and Vision
• MISSION: Execution of complex projects in electric power engineering, transportation and industrial branches respecting customers' needs and requirements, applying equipment and services provided by KON AR Group’s companies as well as other respected manufacturers and applying know-how regarding:
Slide 5: KONČAR KET within KONČAR Group
KONCAR KET WITHIN KONCAR GROUP: - is the main contracting company and the provider of engineering activities in projects involving construction or refurbishment of complex plants for power generation, transmission and distribution, for transportation and industry. • has been generating one third of
Slide 6: Main Business Areas
MAIN BUSINESS AREAS: • POWER ENGINEERING: – GENERATION (HPP, TPP, NPP, DPP, WPP) – TRANSMISSION & DISTRIBUTION (TRANSFORMER SUBSTATIONS) • TRANSPORTATION (ELECTRIC TRACTION AND MARINE) • INDUSTRY (OIL AND GAS, WATER, CHEMISTERY…) • CONTROL AND PROTECTION SYSTEMS
Slide 7: Main Activities
MAIN ACTIVITIES: • DESIGN AND CONSTRUCTION OF COMPLEX ELECTRIC PLANTS AND INSTALLATIONS ON A ‘’TURN-KEY’’ BASIS OFFERING & TENDERING CONTRACTING & CONSTRUCTION DESIGN SUPPLAY OF EQUIPMENT CONTROL SYSTEM DELIVERY INSTALLATION, TESTING AND COMMISSIONING TRAINING MAINTENANCE & SERVICE REFURBISHMENT AND
Slide 8: Major Current Contracts
MAJOR CURRENT CONTRACTS - Construction of stabile electric traction plants on railway line Moravice–Šapjan (Zagreb-Rijeka) – Croatian railways - HPP (Hydro Power Plant) LešAe, 2x25 MVA, Croatia - HPP Blanca, 3x16 MVA, Slovenia - HPP Vernom, 4x5 MVA, USA - HPP Megpie, 3x14 MVA, Canada - HPP Mostarsko
Slide 9: Certificates ISO 9001 & 14001
CERTIFICATES ISO 9001 & 14001
Slide 10: Presentations of Finished Projects - Examples
PRESENTATIONS OF FINISHED PROJECT – EXAMPLES: • HYDRO POWER PLANT MESSOCHORA 2X90MVA-GREECE • THERMAL POWER PLANT 1X247MVA, CROATIA • WIND POWER PLANT ‘’POMETENO BRDO’’, 15X1MVA, CROATIA • LOW FLOOR TRAMCARS, TMK 2200, CROATIA • SS 400/110kV ERNESTINOVO, CROATIA
Slide 11: Hydro Power Plant Messochora 2x90MVA, Greece
HYDRO POWER PLANT MESSOCHORA 2x90MVA, GREECE
Slide 12: Construction of HPP Messochora 2 x 90MVA (Greece)
CONSTRUCTION OF HPP MESSOCHORA 2 x 90MVA (Greece) CLIENT: Electriciyy Authority of Greece Public Power Corporation (PPC) PROCEDURE: Internationl Competitive Bidding Procedure WINNER: Consortium KONCAR, Croatia – CKD, Czech Republic SCOPE OF THE PROJECT FOR KONCAR: «Turn key» - design for constructio
Slide 13: Consortium KONČAR, Croatia & CKD, Czech Republic
Consortium KONCAR, Croatia & CKD, Czech Republic LEADER OF THE CONSORTIUM: KONCAR - POWER PLANT AND ELECTRIC TRACTION ENGINEERING Inc., Croatia Turn Key of the Electrical portion, inclusive generators, transformers, switchgear and related ancciliary equipment, systems and expertise. MEMBER: CKD – Bl
Slide 14: HPP Messochora - Location
HPP MESSOCHORA - LOCATION HPP MESSOCHORA
Slide 15: Bill of Quantity / Basic Technical Data
BILL OF QUANTITY / BASIC TECHNICAL DATA QTY Description 2 units Synchronous Generator 90MVA; 15,75 kV; 333,33rpm; cos pfi0,9 2 units Generator Transformer 90MVA; 15,75/150 kV; OFAF 1 lot Switchyard 150/20kV 1 set SCADA System (Control, protection and Monitoring Equipment) 2 sets Static Excitation Sy
Slide 16: Most Significant Contributions and Major Achievements
THE MOST SIGNIFICANT CONTRIBUTIONS AND MAJOR ACHIVEMENTS ENGINEERING ACTIVITIES: • Complete design for construction, selection of equipment, integration of systems, parametering, installing, testing and commissioning, including system functioning warranty as well as “as built” documentations. • Inte
Slide 17: Technical Calculations Tools Used
TECHNICAL CALCULATIONS TOOLS USED: • WORD & ACAD: Single Line Diagrams, Lay-outs, Wiring diagrams • ETAP Power Station (up to 200 busbars): Short circuit current • KET SABIR (our own Software): Mechanical forces and strength • ACAD: Ciwil works proposals • KET UZEM (our own software): Earththings
Slide 18: Single Line Diagram
Single Line Diagram OH LINES 150kV UNITS 1&2
Slide 19: S/S 150 kV Single Line Diagram
S/S 150 kV Single Line Diagram
Slide 20: S/S 150/20kV, Lay-out
S/S 150/20kV, Lay-out MASI CEABARES. Oy raven, _ | Aa aes ete | | SPORES [oe | aT” lial Aa eis maa @|- imamate |e | ww Laing) 4 Rg RR OO TRO SBT pe me on Tee acacninmnininn (dLasecadl asineenial et seams
Slide 21: S/S 150/20kV, Cross-section
S/S 150/20kV, Cross-section
Slide 22: S/S 150/20kV Lay-out, 3D
S/S 150/20kV . Lay-out, 3D 95.
Slide 23: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 24: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 25: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 26: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 27: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 28: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 29: HPP Messochora 2 x 90MVA (Greece)
HPP MESSOCHORA 2 x 90MVA (Greece)
Slide 30: Conclusion
CONCLUSION • CONSTRUCTION HAS BEEN COMPLETED ON TIME • KON AR KNOW-HOW HAS BEEN USED. • MAJOR EQUIPMENT MANUFACTURED BY KONCAR
Slide 31: Thermal Power Plant Plomin 2, 1x247 MVA, Croatia
THERMAL POWER PLANT PLOMIN 2, 1x247 MVA, CROATIA
Slide 32: TPP Plomin 2, 1 x 247 MVA
TPP PLOMIN 2, 1 x 247 MVA
Slide 33: Basic Technical Data
BASIC TEHNICAL DATA DESCRIPTION MANUFACTURER FUEL / CONSUMPTION IMPORT HARD COAL PODWER (24-29,3 MJ/kg; SULPHUR 0,3-1,4%) / 80 t/h STEAM GENERATOR WURO WAKOVIX , CROATIA (LICENCE SULZER) CONDENSING STEAM TURBINE ABB, CROATIA MAIN CONTROL SYSTEM TELEPERM XP, SIEMENS TURBINE CONTROL SYSTEM TURBOTROL,
Slide 34: TPP Plomin 2, 1 x 247 MVA
TPP PLOMIN 2, 1 x 247 MVA CLIENT: JV HRVATSKA ELEKTROPRIVREDA (HEP) & RHEINISCH - WESTFAELLISCHE ELEKTRIZITAETSWERK, NJEMACKA (RWE) PROCEDURE: INVITED TENDER WINNER: KONCAR-KET PROJECT VALUE: 25 mil. EUR SCOPE OF THE PROJECT FOR KONCAR: «Turn key» - design for construction, supply and delivery of el
Slide 35: Electrical Equipment and Expertise Provided by KONČAR-KET (1/2)
ELECTRICAL EQUIPMENT AND EXPERTISE PROVIDED BY KONCAR-KET (1/2) TURBO GENERATOR AND UNIT TRANSFORMER · turbo generator with auxiliary systems · excitation system · metal enclosed generator busbars with associated equipment · 13,8/240 kV unit transformer TPP2 CONNECTION TO THE POWER GRID · 220 kV swi
Slide 36: Electrical Equipment and Expertise Provided by KONČAR-KET (2/2)
ELECTRICAL EQUIPMENT AND EXPERTISE PROVIDED BY KONCAR-KET (2/2) TURN KEY: - DESIGN FOR CONSTRUCTION, - SUPPLY AND DELIVERY OF ELECTRICAL EQUIPMENT, - INSTALLATION, - TESTING AND COMMISSIONING, - «AS BUILT» DOCUMENTATION, - WARRANTY PERIOD.
Slide 37: Single Line Diagram
SINGLE LINE DIAGRAM ge 1, 32 a4 4 3; & . J tt f 2208V ‘ ? if / y - ° . ,. ? ae ’ . . ’ | "| Xa a am jie ’ er ke Pree Nepean? TPP Plann 4 (119 bY) » ww . annus £9 eM CH f T ow WAL POWTER PAY ow uw ver | A i a 1 A ewe Cl yeewa t ew el tom ma weraaat (2) wa on enw PPP he § ff A 1) wees Pe we. } } aw oe
Slide 38: Turbo Generator - Basic Data
TURBO GENERATOR – BASIC DATA POWER 247 MVA VOLTAGE 13,8 kV; +/- 7,5% CURRENT 10334 A FREQUENCY 50Hz Cos fi 0,86 SPEED 3000 RPM DEGREE OF EFFIENCY 98,65 % INSULATION CLASS F WEIGHT 280 t
Slide 39: Turbo Generator and Turbine
TURBO GENERATOR AND TURBINE GB: | koncan
Slide 40: Turbo Generator
TURBO GENERATOR
Slide 41: Turbo Generator - Installation
TURBO GENERATOR - INSTALLATION
Slide 42: Excitation Cubicles
EXCITATION CUBICLES GD: | konean
Slide 43: Metal Enclosed Generator Busbars
METAL ENCLOSED GENERATOR BUSBARS
Slide 44: Unit Transformer 245MVA; 13,8/240kV
UNIT TRANSFORMER 245MVA; 13,8/240kV; YNd5; OFAF
Slide 45: 220/110kV Substation
220/110kV SUBSTATION
Slide 46: Network Transformers 2 x 150MVA
NETWORK TRANSFORMERS 2 x 150MVA; 220/115kV; YyN0; ONAF
Slide 47: 6,3kV Switchgear
6,3kV SWITCHGEAR WITHDRAWABLE VACUUM CB
Slide 48: Diesel Generating Set, 800kVA
DIESEL GENERATING SET, 800kVA
Slide 49: Electric Motor Drives
ELECTRIC MOTOR DRIVES
Slide 50: 0,4kV Switchgear
0,4kV SWITCHGEAR Be tint GB | xonean
Slide 51: 220V, 50Hz AC Stabilised Voltage Supply
220V, 50Hz AC STABILISED VOLTAGE SUPPLY
Slide 52: Control, Protection and Measuring System
CONTROL, PROTECTION AND MEASURING SYSTEM
Slide 53: Main Control Room
MAIN CONTROL ROOM
Slide 54: Main Control Room
MAIN CONTROL ROOM
Slide 55: TPP Plomin 2, 1 x 247 MVA
TPP PLOMIN 2, 1 x 247 MVA
Slide 56: Conclusion
CONCLUSION • CONSTRUCTION HAS BEEN COMPLETED ON TIME • KON AR KNOW-HOW HAS BEEN USED. • MAJOR EQUIPMENT MANUFACTURED BY KONCAR
Slide 57: Wind Power Plant, Pometeno Brdo 14x1MVA, Croatia
WIND POWER PLANT, POMETENO BRDO 14x1MVA, CROATIA
Slide 58: Contents
CONTENTS 1) INTRODUCTION 2) BASIC PRINCIPLES OF WIND TURBINES 3) KONCAR WIND TURBINE 4) WIND POWER PLANT POMETENO BRDO
Slide 59: EU - 34.205 MW
EU - 34.205 MW ACCESSION COUNTRIES - 28 MW EFTA COUNTRIES - 169 MW ‘ ‘aT Crecn rage De 17 LL == a & Hunger 6 Ea t Source. EWEA www. wee ong? wee EWEA
Slide 60: Basic Principles of Wind Turbine (1/2)
BASIC PRINCIPLES OF WIND TURBINE (1/2) Indirect drive - Induction Generator
Slide 61: Basic Principles of Wind Turbine (2/2)
BASIC PRINCIPLES OF WIND TURBINE (2/2) Direct drive - Synchronous Generator
Slide 62: Basic Principles of Wind Turbine
BASIC PRINCIPLES OF WIND TURBINE Direct drive - Synchronous Generator
Slide 63: Advantages of Wind Turbine with Direct Drive
ADVANTAGES OF WIND TURBINE WITH DIRECT DRIVE - INCREASED EFFIENCY 10-15 % AT CONVERSION FROM WIND ENERGY TO ELECTRIC ENERGY - REDUCED LOSSES - REDUCED OSCILLATIONS OF ELECTCICAL ENERGY BECAUSE OF PITCH REGULATING TURBINE DAMPING EFFECT - REDUCED NOISE - INCREASED OPRATIONAL SAFETY
Slide 64: Made in Croatia
MADE IN CROATIA
Slide 65: KONČAR Own Research and Development - Advantages
KONCAR OWN RESEARCH AND DEVELOPMENT – ADVANTAGES: - MORE THAN 80 YEARS OF EXPERIENCE IN THE FIELD OF THE EQUIPMENT FOR ELECTRIC ENERGY GENERATION - FURTHER DEVELOPMENT OF THE KONCAR GROUP AND SUPPORTING CROATIAN INDUSTRIES - MAINTAINING OF JOBS AND CREATING OF NEW JOBS
Slide 66: Recent Situation and Plans
RECENT SITUATION AND PLANS - DESIGN OF 750 kW WIND TURBINE FINISHED - DESIGN OF 1MW WIND TURBINE FINISHED - 2006. COMISSIONING OF THE FIRST 1MW WIND TURBINE - 2007. COMISSIONING OF 14x1MW WIND TURBINES - 2007. DESIGN OF WIND TURBINE 1,5 MW
Slide 67: Technical Data (1/2)
TECHNICAL DATA (1/2) Type designation KO – VA 57/1 Rated power 1000 kW Tower height 60 m Control principle Pitch control / torque control Wind speed, cut - in 2,5 m / s Rated wind speed 12 m / s Wind speed, cut - out 25-35 m / s Wind speed, survival 60 m / s Greed connection Frequency converter (AC-
Slide 68: Technical Data (2/2)
TECHNICAL DATA (2/2) GENRATOR Synchronous, disc type, direct drive, variable speed, externally excited 1000 kW, 3x690 V Three independent pitch drive systems with back-up supply BRAKE SYST. Parking brake and rotor locking device Blades No. 3 Material Reinforced duromer (glass fiber with epoxy resin
Slide 69: KONČAR Wind Turbine KO-VA 57/1
KONCAR WIND TURBINE KO – VA 57/1
Slide 70: Wind Energy Potential in Croatia
WIND ENERGY POTENTIAL IN CROATIA - DALMATIA: 400 MW - LIKA: 400 MW - ISTRIA: 200 MW - CROATIA CENTRAL PART: 300 MW - TOTAL ESTIMATED: 1300 MW; 3 TWh / YEAR
Slide 71: WPP Pometeno Brdo (Swept Hill)
WPP POMETENO BRDO (SWEPT HILL)
Slide 72: WPP Pometeno Brdo (Swept Hill)
WPP POMETENO BRDO (SWEPT HILL) Grid connection issues: - transmission grid - SS Konjsko 400/220/110 kV - Cable connection (20 kV cable) - HEP Croatian electricity authority
Slide 73: Conclusion
CONCLUSION • CONSTRUCTION HAS BEEN COMPLETED ON TIME • KON AR KNOW-HOW HAS BEEN USED. • MAJOR EQUIPMENT MANUFACTURED BY KONCAR
Slide 74: Low Floor Tramcars TMK 2200
LOW FLOOR TRAMCARS! TMK 2200 |
Slide 75: Project Information
PROJECT INFORMATION • Contract for 70 Tramcars for the city of Zagreb – CROTRAM / KON AR • Contract undersigned 24.02.2003 (international bidding) • Delivery of the first tram May 2005 • Delivery of the last tram May 2007
Slide 76: Technical Specification of the Tramcar
TECHNICAL SPECIFICATION OF THE TRAMCAR Car body length 32 000 mm Car body width 2 300 mm Car body height 3 400 mm Height of the entrance 300 mm Seated Passengers 48 Standees 157 (4 pass./m2) Voltage DC 600 (+20 %, -30 %) Power 6x65 kW Max. speed 70 km/h Air-condition unit for passengers 2 Air-condit
Slide 77: KONČAR in Project
KONCAR IN PROJECT • Contract with customer • Development of the vehicle system • Design and construction • Design and production of the main components • Final assembly • Type testing of the vehicle • Serial testing and delivery
Slide 78: TŽV Gredelj in Project
TZV GREDELJ IN PROJECT • Development and production of the part of the car body modules • Assembling of the part of the components • Testing of the car body
Slide 79: Bogie
BOGIE • KONCAR’s requirements • Development in cooperation with German firm SRS • Koncar’s ownership of the documentation • Hydraulic suspension (both primary and secondary)
Slide 80: KONČAR Advantages (Strength)
KONCAR ADVANTAGES (STRENGTH) • Customer oriented approach • Development and production – main components • Flexibility in design and production • Flexibility in cooperation • Local partners • Customers
Slide 81: Power Electronics Converters on Tramcar TMK2200
POWER ELECTRONICS CONVERTERS ON TRAMCAR TMK2200
Slide 82: Main Drive Converter PGP
MAIN DRIVE CONVERTER PGP Pulse width modulated three-phase voltage source IGBT inverter Rated input voltage: 600 VDC, +20% / -30% Rated output current: 3 x 320 Arms Max. output current: 3 x 670 Arms Output frequency: 0…143 Hz Ambient temperature: - 25 °C to +40°C Cooling: forced, with integrated fan
Slide 83: Main Drive Converter PGP
MAIN DRIVE CONVERTER PGP 600 V DC n M 3~ n M 3~ PS KS PS 1 PS 2 PS 3 M 3~ TRACTION CONTROL UNIT VEHICLE CONTROL UNIT AC 24V DC DIRT
Slide 84: Main Drive Converter: Power Part Assembling
MAIN DRIVE CONVERTER: POWER PART ASSEMBLYING
Slide 85: Main Drive Converter: Power Part Assembling
MAIN DRIVE CONVERTER: POWER PART ASSEMBLYING
Slide 86: Auxiliary Power Supply Converter PPB35
AUXILIARY POWER SUPPLY CONVERTER PPB35 Rated input voltage: 600 VDC, +20% / -30% Three-phase output: 3x400 V, 50 Hz, 20 kVA Single-phase output: 1x230 V, 50 Hz, 2,2 kVA DC output: 24 V, 400 A Protection class: IP 54 Ambient temperature: -25 °C to +40°C Cooling: forced, with integrated fan Size (L x
Slide 87: Auxiliary Power Supply Converter PP25
AUXILIARY POWER SUPPLY CONVERTER PP25 Rated input voltage: 600 VDC, +20% / -30% Three-phase output: 3x400 V, 50 Hz, 25 kVA Protection class: IP 54 Ambient temperature: - 25 °C to +40°C Cooling: forced, with integrated fan Size (L x W x H): 1800 x 800 x 556 mm Weight: 350 kg
Slide 88: Auxiliary Power Supply Converter: First Stage of Assembling
AUXILIARY POWER SUPPLY CONVERTER: THE FIRST STAGE OF ASSEMBLYING
Slide 89: Detail of the Auxiliary Power Converter
DETAIL OF THE AUXILIARY POWER CONVERTER: FORCED AIR COOLING AND INPUT FILTER REACTOR
Slide 90: Capacitive Energy Storage Device: Inside View
CAPACITIVE ENERGY STORAGE DEVICE: INSIDE VIEW
Slide 91: Auxiliary Power Supply Converter: Temperature Rise Test
AUXILIARY POWER SUPPLY CONVERTER: TEMPERATURE RISE TEST
Slide 92: Auxiliary Power Supply Converter: Routine Tests in Laboratory
AUXILIARY POWER SUPPLY CONVERTER: ROUTINE TESTS IN LABORATORY
Slide 93: Main Drive Converter: Test of Degree of Protection
MAIN DRIVE CONVERTER: TEST OF THE DEGREE OF PROTECTION (IPx4)
Slide 94: Main Drive Converter: Vibration Test
MAIN DRIVE CONVERTER: VIBRATION TEST OF IT’S POWER PART
Slide 95: Electrical Equipment Mounted on Tramcar Roof
ELECTRICAL EQUIPMENT MOUNTED ON TRAMCAR ROOF
Slide 96: Electronic Control Units in the Vehicle
ELECTRONIC CONTROL UNITS IN THE VEHICLE
Slide 97: Vehicle Control Unit (VCU) - DIRT
VEHICLE CONTROL UNIT (VCU) - DIRT VCU named DIRT (DIgital Regulation in Traction) is the vehicle main control system responsible for: • control, • measuring, • sequencing, • protection, • supervision and • communication tasks in the whole vehicle. VCU is based on proprietary hardware and software so
Slide 98: Vehicle Control Unit (VCU) - DIRT
VEHICLE CONTROL UNIT (VCU) - DIRT • completely redundant configuration - 2 channels • communication with all distributed intelligent units in the vehicle through main CAN communication channel • additional CAN channel for communication with main drives • communication with man-machine interface unit
Slide 99: Vehicle Control Unit - Front View
VEHICLE CONTROL UNIT – front view input filter and PS PS supervision CPU DI DO CAN + A/D & D/A AI/AO conditioning RS485 isolation
Slide 100: Traction Control Unit (TCU)
TRACTION CONTROL UNIT (TCU) • TCU supports tasks (regulation, control, measuring, sequencing, communication) related to the particular part of the vehicle (bogie) • TCU is a part of the main drive converter. Each converter (3 pcs. per vehicle) powers 2 induction traction motors • the system is funct
Slide 101: Traction Control Unit - Front View
TRACTION CONTROL UNIT – front view input filter and power supplies power supplies supervision central processing module digital inputs digital outputs double channel CAN module + A/D & D/A digital signal processing (DSP) modules galvanic isolation for RS485 channels digital speed measurement measure
Slide 102: Driver - Machine Interface
DRIVER - MACHINE INTERFACE - PC - based architecture - proprietary application development tools
Slide 103: Control Units Are Based on 3 Types of Processors
CONTROL UNITS ARE BASED ON 3 TYPES OF PROCESSORS • Freescale communication processor of series MC68xxx • Infineon 8-bit microcontroller of series C500 • Texas Instruments digital signal processor of series C2000 • graphical programming language is always the same
Slide 104: Double Channel CAN Module
DOUBLE CHANNEL CAN MODULE - CAN extension to the main CPU - supports 2 CAN communication channels - additional A/D, D/A, DI, DO and interrupt inputs
Slide 105: Interconnection of Vehicle Functions
INTERCONNECTION OF VEHICLE FUNCTIONS
Slide 106: Vehicle Communication Networks
VEHICLE COMMUNICATION NETWORKS 7 7 7 7 7 7 CAN_3 6 6 5 5 5 5 5 5 7 CAN_1 TCU 3 VCU MMI RS485_1 4 4 4 BCU_1 BCU 2 DCU 1 1 1 HVAC CAN_2 BGCU RS485_2
Slide 107: Application Program Development
APPLICATION PROGRAM DEVELOPMENT - integrated development environment (IDE) - programming language based on block diagram approach - same IDE for all types of CPUs
Slide 108: Conclusion
CONCLUSION • CONSTRUCTION HAS BEEN COMPLETED ON TIME • KON AR KNOW-HOW HAS BEEN USED. • MAJOR EQUIPMENT MANUFACTURED BY KONCAR
Slide 109: Ernestinovo 400/110kV Substation (Croatia)
ERNESTINOVO 400/110kV SUBSTATION (Croatia)
Slide 110: New Construction of Ernestinovo 400/110kV Substation
NEW CONSTRUCTION OF ERNESTINOVO 400/110kV SUBSTATION (Croatia) CLIENT: Croatian Electricity Authority (HEP-Hrvatska Elektroprivreda) PROCEDURE: International Competitive Bidding Procedure WINNER: KON^AR Consortium SCOPE OF THE PROJECT: “turn key” - design for construction, supply and delivery of equ
Slide 111: KONČAR Consortium
KONCAR-CONSORTIUM: LEADER OF THE CONSORTIUM: KON^AR - POWER PLANT AND ELECTRIC TRACTION ENGINEERING Inc. CONSORTIM MEMBERS: KON^AR - HIGH VOLTAGE SWITCHGEAR Inc. KON^AR - SWITCHGEARS Inc. KON^AR - INSTRUMENT TRANSFORMERS Inc. KON^AR - ELECTRONICS AND INFORMATICS Inc. KON^AR - ENGINEERING FOR PLANT I
Slide 112: Two Synchronous Areas of UCTE System
TWO SYNCRONOUS AREAS OF UCTE SYSTEM
Slide 113: Croatian Grid, 400 & 220kV and Neighbouring Grids
CROATIAN GRID, 400 & 220kV AND RELEVANT FACILITIES OF NEIGHBOURING COUNTRIES GRIDS DUBROVNIK
Slide 114: Basic Technical Data
BASIC TECHNICAL DATA Max.voltage kV 420 123 38 Nominal Voltage 400 110 35 Frequency Hz 50 50 50 Power frequency withstand voltage kVrms 520 230 70 (50Hz, 1min.) Lightning impulse withstand kV 1425 550 170 voltage µs) (1,2/50µ Switching impulse withstand kV 1050 - - voltage (250/2500µ µs) Short-circu
Slide 115: Basic Technical Data
BASIC TECHNICAL DATA Switchgear 400kV 110kV 35kV Type of switchgear Outdoor (AIS) Outdoor (AIS) Indoor (AIS) Busbars Double + aux. Triple Single OHL bays 5 10 4 Transformer bays 2 2 2 Bus coupler bays 2 2 1 Compensation bay - 1 - Busbar measurement bays 2 2 2 Number of bays fully equipped 11 17 9 Nu
Slide 116: Major Service Providers and Manufacturers of Major Equipment
MAYOR SERVICE PROVIDERS AND MANUFACTURERS OF MAJOR EQUIPMENT Type of equipment / services Service provider & Manufacturer Main design documentation ELEKTROPROJEKT-ZAGREB, Croatia Design for construction and “as built” documentation KONCAR-POWER PLANT AND ELECTRIC TRACTION ENGINEERING, Croatia System
Slide 117: Major Service Providers and Manufacturers of Major Equipment
MAYOR SERVICE PROVIDERS AND MANUFACTURERS OF MAJOR EQUIPMENT 400/110kV, 300MVA Autotransformers KONCAR-POWER TRANSFORMERS, YNa0(d5), OLTC (+16/-11%),OFAF Croatia 420 & 123kV Current and Voltage oil immersed KONCAR-INSTRUMENT TRANSFORMERS,Croatia transformers 420kV Post Insulators C6-1550 PPC-CERAM,
Slide 118: Major Service Providers and Manufacturers of Major Equipment
MAYOR SERVICE PROVIDERS AND MANUFACTURERS OF MAJOR EQUIPMENT AC systems 3 x 400/231V, 50Hz KONCAR MV & LV SWITCHGEARS, Croatia DC systems & UPS KONCAR-ELECTRONICS & INFORMTICS, Croatia Batteries VRLA HAWKER, France Control, protection, signalling and measurement Hardware SIEMENS, Germany and basic S
Slide 119: Single Line Diagram 400kV
Single Line Diagram 400kV : i : s = (AvaustdNOS o ae 5 3 ares a] = ” —_>¢—.-— + eS oO j—_1_J | ISOGTTW AH gs = bal cos iJ AA OLLOOF o a o MiAar Ton AHO 4 4 YAW 00f o @ ~ aL 48) p>» NAOLHOOF ee0s C8 c1i0 «C9 C13 Cll C13 v AMVONOH AHO ¢: [ | 2 ASvSNTA AHO } 400 kV
Slide 120: Single Line Diagram 110kV
Single Line Diagram 110kV > w AWE SOLOW2 ANTS {—} <p} - ee ij 4 JBAN O01 TOAOMEIA AHO t weds a sveds be be w < — ae S " T m4 w SVACUNA AHO seeds ia meds i ueE a ee! bees: :} ~ <“aisanso NNO a = . a oe co VAW 00f “ZA Manso AKO ae = (a) 2a t 1 ,a {7 rs Oy i 1 0L 00% +): os xz AVE MeTNOD J sg = Nr } w
Slide 121: Control & SCADA System - Block Diagram
CONTROL & SCADA System – Block Diagram
Slide 122: More Significant Contributions
MORE SIGNIFICANT CONTRIBUTIONS A) NEW TECHNOLOGIES DEVELOPED AND APPLIED • Composite insulators • Power transformer monitoring • New self-blast breaking system as well as energy of arc extinction (thermal effect) to reduce energy of operating mechanism on 420 & 123kV CB • No capacitors on 420kV CB w
Slide 123: More Significant Contributions and Major Achievements
MORE SIGNIFICANT CONTRIBUTIONS AND MAJOR ACHIVEMENTS B) ENGINEERING ACTIVITIES: • Complete design for construction, selection of equipment, integration of systems, parametering, installing, testing and commissioning, including system functioning warranty as well as “as built” documentations. • Integ
Slide 124: Benefits of the Project
BENEFITS OF THE PROJECT AT THE NATIONAL LEVEL: • establishing of original pre-war electricity network situation in eastern Croatia • meeting the standards for reliability and quality of electricity supply • reducing of transmission system losses • reducing electricity generating costs due to enablin
Slide 125: Benefits of the Project
BENEFITS OF THE PROJECT B) AT THE REGIONAL LEVEL: • establishment of electricity infrastructure necessary for synchronous re-connection of UCTE 2nd synchronous zone to the main UCTE grid • increasing security and reliability of supply in a wider part of the electricity grid • enabling cross border t
Slide 126: Before New Construction
Before new construction
Slide 127: 400/110kV Main Autotransformer
400/110kV Main Autotransformer
Slide 128: 420kV SF6 Circuit Breakers & Disconnectors
420kV SF6 Circuit Breakers & Disconnectors
Slide 129: Main Control Room
MAIN CONTROL ROOM
Slide 130: Conclusion
CONCLUSION • CONSTRUCTION HAS BEEN COMPLETED ON TIME • KON AR KNOW-HOW HAS BEEN USED. • MAJOR EQUIPMENT MANUFACTURED BY KONCAR