QUEENSLAND URBAN UTILITIES

Size: px

Start display at page:

Download "QUEENSLAND URBAN UTILITIES"

Luke Hancock
5 years ago
Views:

1 DOCUMENT NO : EQUIPMENT NO : PREPRED : CHECKED : PPROVED : SHEET NO : 1 of 6 GENERL 1 Battery Charger DCC Inverters 3 DCDC Converters 4 System Design Life (other than batteries) Years 5 Battery Design Life Years Continuous Normal 6 Operation without Years Maintenance 7 ltitude m 8 mbient Temperature (inside s'room with HVC) ºC 9 Relative Humidity (inside s'room with HVC) ºC 10 Environment Conditions 11 System Description 1 Single Line Diagram No. 13 Power Supply System Vdc 14 C Supply System Earthing 15 Nominal DC System Voltage Vdc 16 DC System Earth 17 Rated Power Output kv/kw 18 Battery BackUp Time Hours 19 90% Recharge Time Hours 0 Chargers 1 Batteries S4044 S/NZS 5603 IEC/EN years minimum 10 years minimum 5 years minimum 0 300m 5ºC to +35ºC 5 95%, non condensing Temperate, Dusty, Corrosive (HS) DC Power Supply TB 30V 1ph 50Hz MEN to S 3000 VDC Negative 8 hours 10 hours x 100% chargers x 50% batteries SYSTEM REQUIREMENTS Battery Charger Changeover Switch Configuration, +B, B CHRGER 3 DCDC Converters 4 DC Distribution Board 4 VDC 5 DC Distribution Board 48 VDC 6 DC Distribution Board 110 VDC 7 CDC Converters 8 C Distribution Board 30VDC 9 Manufacturer 30 Type 31 Classification to S Conformal Coating 33 Input Current 34 Load Voltage Range V 35 Soft Start Capability 36 Float Volt Compensation for Battery Temperature 37 Input C Voltage Tolerance Vac 38 Input Supply Frequency Hz 39 C Supply Total Harmonic 40 Harmonic Current Drawn by Charger on C Supply 41 C System Earthing 4 Line to Line Voltage Unbalance (3ph only) 43 Power Factor 44 Rated Output Current 45 Max Continuous Current Before Current Limiting 46 Float Voltage Range V 47 Equalizing Voltage Range V 48 Boost Voltage Range V 49 Voltage Regulation Nil / x 100% Nil / x 100% VT Phase Controlled Rectifier Type 3 VT 30 V ± 10 % / 400 V ± 10 % 50 Hz ±.5 % Up to 0% S/NZS S 3000 Up to 5% 0.8 VT VT VT 1% DC_Power_Supply_and_Batteries.xlsx

2 SHEET NO : of 6 PREPRED : CHECKED : PPROVED : CHRGER (continued) CHRGER PROTECTION BNKS ND CHRGER ROUTINE TESTS CHRGER INDICTION & CONTROLS (LED STTUS INDICTION) CHRGER INDICTION & CONTROLS (LCD DISPLY VLUE) CHRGER INDICTION & CONTROLS (HRDWIRED LRMS & UDIBLE LRMS) CHRGER INDICTION & CONTROLS (MODBUS TCP/IP STTUS SIGNL) 50 Maximum Peak Output Voltage V 51 Ripple Voltage with Battery Connected 5 Ripple Voltage without Battery Connected 53 Efficiency 54 Battery Charger Isolating Switch 55 udible Noise to S 4400 db 56 Electromagnetic Interference 57 Circuit Breaker on C Input 58 Output High DC Voltage Shutdown to S Output Selective High DC Voltage Shutdown to S Input C Current Power Failure to S Output Reverse Polarity 6 Output DC Undervoltage Disconnection 63 Output Overcurrent 64 Bypass to Output DC Undervoltage Disconnection 65 Battery Charge Current Limiting 66 of Batteries from Excessive Discharge 67 Overload 68 Power Factor 69 Voltage djustment 70 Voltage Regulation 71 ShortCircuit 7 C Power Restoration 73 StartUp 74 Dynamic Response 75 Ripple Voltage 76 Heat Run Test 77 High Voltage Flash Test 78 Battery Bank Load, Discharge and Recharge 79 System Normal (green) 80 System Fault (red) 81 C Input Supply /B vailable (green) 8 Rectifier/Charger /B vailable (green) 83 Battery /B Charging (green) 84 Battery Charger Output Failure 85 Low DC Float Voltage 86 High DC Float Voltage 87 LED Test Facilities 88 C Input Supply /B Voltage (per phase) 89 DC Output Supply /B Voltage 90 DC Output Supply /B Current 91 Battery Enclosure Temperature 9 Battery Charger Output Failure 93 Low DC Float Voltage 94 High DC float Voltage 95 C Power Failure larm 96 Battery Charger Fault 97 Common larm (grouped including Modbus) 98 Charge Voltage 99 Charge Current 100 Load Voltage 101 Load Current 10 Float Voltage 103 Battery Set 1 Charge/Discharge 104 Battery Set Charge/Discharge Voltage Setting +10% % 5% VT 60 db() at 1.5 m S CISPR 11 DC_Power_Supply_and_Batteries.xlsx

3 SHEET NO : 3 of 6 PREPRED : CHECKED : PPROVED : CHRGER INDICTION & CONTROLS (MODBUS TCP/IP STTUS SIGNL) (continued) CHRGER INDICTION & CONTROLS (CONTROLS) ENCLOSURE DETILS 105 C Input Supply /B Failure 106 Rectifier/Charger /B Failure 107 DC Low Voltage 108 DC High Voltage 109 DC Under/Over Voltage Trip 110 Battery Charge Failure 111 Battery Disconnected 11 DC Earth Fault 113 Rectifier/Charger /B CurrentLimit Mode 114 Control Circuit Fault 115 High Cabinet Temperature or Ventilation Fan Failure 116 Rectifier/Charger /B On/Off Switch 117 Rectifier/Charger /B Isolation Switch 118 DC Float Voltage djustment 119 DC Output Voltage djustment 10 DC Current Limit djustment 11 Load Transfer Initiating Control Switch 1 Battery /B Isolation Breakers 13 larm cknowledge 14 larm Reset 15 Degree of Doors Closed 16 Degree of Doors Open 17 Location 18 Dimensions 19 Weight Batteries Total kg 130 Weight Single Battery Cell kg 131 Weight Charger Cubicle kg 13 Paint Specification 133 External Paint Colour 134 Internal Paint Colour 135 Primary Nameplate to TMS Rating Plate to TMS Shock Hazard Lable to S Gland Plates mm 139 Power Cable (type/size) mm 140 Cable Entry 141 Cubicle ccess 14 Internal Earth Bar 143 Charger and Batteries Segregated 144 Battery Charger Cubicle Cooling 145 Battery Charger Fan Redundancy (if applicable) 146 Battery Cubicle Cooling Battery Cubicle Fan 147 Redundancy (if applicable) IP4 IPX Indoor ir Conditioned VT man. Std. / Spec No. RL7035 White (man. std.) 3mm luminium PVC/PVC mm Bottom Front/Rear Natural/Fan Forced N+1 Natural/Fan Forced N+1 DC_Power_Supply_and_Batteries.xlsx

4 SHEET NO : 4 of 6 PREPRED : CHECKED : PPROVED : (MODBUS TCP/IP MONITORING SYSTEM) 148 Type 149 Manufacturer 150 Model 151 Battery Location 15 Constant Load 153 Intermittent Load 154 Float Voltage V/cell 155 Nominal Battery Voltage V 156 Discharge Battery Voltage V/cell 157 Battery Capacity Nominal Temperature C 158 Guaranteed Battery Life at Nominal Temperature Years 159 New Battery Capacity (minimum hr Battery Capacity at End of Life 160 (minimum 10% design load hr capacity) 161 Number of Battery Banks 16 Number of Cells per Bank 163 Number of Cells per String 164 Number of Parallel Strings per Bank 165 Battery Bank Isolation (per bank) 166 Temperature Sensor Fixed to Batteries 167 Battery Monitoring System 168 Cell Voltage 169 Cell Temperature 170 Cell Impedance 171 Depth of Discharge 17 Battery Capacity Remaining 173 Discharge Current 174 Cycle Life of Battery Remaining Lithium Ion Phosphate or VRL VT VT Open stand / Cubicle / Drawers 5 C 10 years VT VT VT Double pole DC rated MCB DCC INVERTER 175 DCC Inverters Fitted 176 Standard 177 Derating % per C 178 Conformal Coating 179 Cooling 180 Degree of 181 DCC inverters 18 Suitable for Parallel Operation (N+1 redundancy) 183 Onoff Switch by Double Pole DC MCB 184 DC Connections 185 C Connections " Rack Mounted 187 Immunity 188 Nominal DC Input Voltage Vdc 189 DC operating range Vdc 190 Nominal C Output Voltage Vac 191 Nominal C Output Frequency Hz 19 Power Factor Range 193 Continuous Output Power Rating at 5 C W 194 Performance Class to S C Output Voltage Regulation 196 Motor Load Handling 197 Isolation InputOutput Vac 198 Isolation OutputChassis Vac C/NZS 5603 VT Temperature controlled fan IPX or better x 100% inverters, synchronised outputs Screw terminal block Screw terminal junction box / Screw terminal shrouded VT IEC/EN V DC 30V C 1 phase 50Hz 50 ± 0.1 Hz Class ± 3% of nominal Not required 500 VC 1500 VC DC_Power_Supply_and_Batteries.xlsx

5 SHEET NO : 5 of 6 PREPRED : CHECKED : PPROVED : DCC INVERTER (PROTECTION) Input Reverse Polarity Input Inrush Current Limiting 01 Input Thermal Fuse 0 Input Undervoltage 03 Input Overvoltage 04 Output Overload 05 Output Thermal (over temperature) 06 Output Short Circuit DCC INVERTER (HRDWIRED LRM) 07 Inverter Fault DCC INVERTER (MODBUS STTUS & LRM) DCDC CONVERTER DCDC CONVERTER (PROTECTION) DCDC CONVERTER 08 Inverter Fault 09 Inverter Output Voltage 10 Inverter Input Voltage 11 Inverter Input Failed 1 DCDC Converters Fitted 13 Standard 14 Derating % per C 15 Conformal Coating 16 Cooling 17 Degree of 18 DCDC converters Suitable for Parallel Operation 19 (N+1 redundancy) 0 Galvanic Isolation by Transformer 1 Isolation InputOutput Isolation OutputChassis 3 Immunity 4 Connections 5 Nominal DC Input Voltage 6 DC Input Operating Range 7 Input DC Current at Nominal Input Voltage 8 Inrush Current /Vdc 9 Nominal DC Output Voltage Vdc 30 Output Rated Current hr 31 Output Rated Power W 3 Output Voltage djustment 33 Efficiency 34 Line Regulation 35 Load Regulation 36 Output Ripple and Noise 37 Continuous Operation Over Load Range 38 Input Reverse Polarity 39 Input Inrush Current Limiting 40 Input Thermal Fuse 41 Output Overvoltage 4 Output Current Limiting, w/ Hiccup Mode 43 Output Thermal 44 Output Short Circuit IEC / EN VT Natural IPX or better x 100% Converters 1500 VDC 500 VDC IEC/EN Screw Terminals 4V DC VT VT 48V DC VT 74% ± 1% over input range ± % over load range 1% pkpk max of output voltage 0 to 100% (HRDWIRED LRM) 45 Inverter Fault DC_Power_Supply_and_Batteries.xlsx

6 SHEET NO : 6 of 6 PREPRED : CHECKED : PPROVED : DCDC CONVERTER 46 Converter Fault 47 Converter Output Voltage (MODBUS STTUS & 48 Converter Input Voltage LRM) 49 Converter Input Failed 50 Nominal Voltage Vdc 4 VDC DC DISTRIBUTION BORD 51 Busbar Current Rating 5 Number of Poles VT 53 Fault Rating /sec 54 Manufacturer VT 55 Type VT 56 Number of Poles DC DISTRIBUTION BORD 57 Current Rating 58 Tripping Curve Type (INCOMING DC CIRCUIT BREKER) 59 Rated DC Voltage VT 60 Breaking Capacity k 61 uxiliary Contact Wired to Terminals for SCD No 6 Quantity 63 Manufacturer VT 64 Type VT DC DISTRIBUTION BORD 65 Number of Poles 66 Tripping Curve Type (OUTGOING DC CIRCUIT 67 Rated DC Voltage VT BREKER) 68 Breaking Capacity k k 69 uxiliary Contact Wired to Terminals for SCD 70 0% Spare CBs Installed 71 Standard S/NZS Nominal voltage Vac 30 VC C DISTRIBUTION BORD 73 Busbar Current Rating 74 Fault Rating /sec 75 Number of Poles VT 76 Manufacturer VT 77 Type VT 78 Number of Poles C DISTRIBUTION BORD 79 Current Rating 80 Tripping Curve Type (INCOMING DC CIRCUIT BREKER) 81 Breaking Capacity k 8 uxiliary Contact Wired to Terminals for SCD 83 Earth Leakage CB/RCB No 84 Quantity 85 Manufacturer VT 86 Type VT DC DISTRIBUTION BORD 87 Number of Poles 88 Tripping Curve Type (OUTGOING DC CIRCUIT 89 Breaking Capacity k BREKER) uxiliary Contact Wired to 90 Terminals for SCD 91 Earth Leakage CB/RCB 9 0% Spare CBs Installed No Notes : Vendor shall provide General rrangement, Schematic Diagrams, Termination Diagrams and Label Schedule drawings and Type Test Certificates for battery charger, batteries, DCDC converters, DCC inverters, enclosures and distribution boards for approval prior to manufacture. Vendor shall provide a list of departures from QUU specification TMS11 DC Power Supply and Batteries Standard Technical Specification for acceptance by QUU prior to manufacture. TB To Be dvised; VT: Vendor to dvise Vendor shall provide battery sizing calculation, ventilation calculation and maximum demand calculations. Vendor shall attach manufacturers generic datasheets for battery chargers, batteries, BMS, dcdc converters and dcac converters with bid proposal DC_Power_Supply_and_Batteries.xlsx

nonstopower sdn bhd ( P) Power Management Instruments DC Battery Charger / Automation Type RELIABLE SOLUTIONS in POWER ELECTRONICS

nonstopower sdn bhd ( P) Power Management Instruments DC Battery Charger / Automation Type RELIABLE SOLUTIONS in POWER ELECTRONICS RELIABLE SOLUTIONS in POWER ELECTRONICS Power Management Instruments DC Battery Charger / Automation Type Distributed by : nonstopower sdn bhd (822490-P) no. 78 & 80, jalan rimbunan raya, laman rimbunan,