SYSTEM SPECIFICATION

Battery system Cells type Li-ion
Battery capacity 50Ah
Number of cycles 5000
Expected life 20 years
Nominal system capacity 60kWh 120kWh 240kWh 480kWh 960kWh
Module voltage 540 to 750V DC
Configuration Parallel or serial operation
Operating conditions Temperature range 10°C to 40°C
Protection class IP20
Humidity <90% non-condensing
Safety Safe celi design Prismatic celi with venting device
Thermoplastic and non-flammable filling among cells UL-94V0 certified material
ICPT advanced BMS ICPT BMS system with double protection and safety lines; galvanically isolated power supply; multi-level fault detection system
Cells thermal management Integrated cells cooling and heating with forced air
Energy metering Internal SOC counter Measurement basing on advanced ICPT algorithms
External connector CANbus (CANOpen; J1939) / RS485
Warranty 24 months Extension possible up to 5 years
Standards EMC EN 61000-6-2:2006; EN 61000-6-3:2007 +A1:2011
Safety (Functional and electric) EN 61010-1:2010; EN 50272-2:2001
Isolation and fire protection EN 60664-1
Dimensions 1800mm 19” rack 2 cabinets 4 cabinets 6 cabinets 12 cabinets 24 cabinets

SYSTEM SPECIFICATION

Battery system Cells type Li-ion (NCM Delta P140)
Battery capacity 50Ah
Specified cycles at 80% and 50% DOD 3000/7500
Expected life 20 years
Nominal system capacity 2,5kWh
Module voltage 42 to 55V DC
Maximum current 45A
Configuration of modules Parallel operations up to 60 modules
Operating conditions Temperature range -40°C to +70°C
Protection class IP54
Safety Safe cell design Prismatic celi with venting device
Thermoplastic and non-flammable filling among cells UL-94V certified material
ICPT advanced BMS ICPT BMS system with second protection circuits and additional safety lines, galvanically isolated power supply, multi-level fault detection system
Cells thermal management Integrated cells heating
Energy metering Internal SOC counter Measurements basing on advanced ICPT algorithms
Warranty 24 months Extension possible up to 5 years
Standards EMC IEC 61000-4-2; IEC 61000-6-2; 61000-6-4
Safety (Functional and electric) IEC 60664-1
Environment ETSI300 019
Transport UN 38.3
Dimensions length x height x width 470x230x250

eBUS - NCM / Lithium Ion

SYSTEM SPECIFICATION

Battery system Cells type NCM / Lithium Ion
Configuration of modules Up to 10 in series & up to 10 paralel
Module voltage 82V
Expected calendar life >15 Years
System Energy Up to 320 kWh
Number of cycles Up to 5000 ( 100% DoD)
Cell capacity 50Ah/60Ah
Temperature range -400C ~ +500C
Safety Safe cell design
Cell control Advanced BMS solution
Thermal management Optional Electrical heating or Water Cooling/Heating
Energy metering Internal SOC counter Advanced SOC (State of Charge) and SOH (State of Health) calculations
Communication CAN bus J1939

eBUS - Lithium Ion

SYSTEM SPECIFICATION

Battery system Cells type Lithium Ion
Configuration of modules 2 x 12S2P
Module voltage 86,4V
Expected calendar life >15 Years
System Energy Up to 320 kWh
Number of cycles Up to 5000 ( 100% DoD)
Cell capacity 21Ah
Temperature range -400C ~ +500C
Safety Safe cell design
Cell control Advanced BMS solution
Thermal management Optional Electrical heating or Water Cooling/Heating
Energy metering Internal SOC counter Advanced SOC (State of Charge) and SOH (State of Health) calculations

SYSTEM SPECIFICATION

Battery system Cells type LiFePo4
Configuration of modules Parallel operation up to 8 battery strings
Modules voltage 520 + 748V DC
Expected calendar life 10 years
Nominal system capacity 40-320kWh
Numberof cycles up to 5000
Cell capacity 60Ah
Environmental conditions Temperature range -30°C + 550C
Protection Class IP54
Humidity <90% non-condensing
Safety Safe cell design Prismatic cells with venting device
ICPT advanced BMS ICPT BMS system with second protection circuits and additional safety lines, galvanic isolation power supply, multi-level fault detection system
Cells thermal manage- ment Integrated cells cooling and heating with forced air
Energy metering Intemal SOC counter Based on advanced ICPT algorithms
Communication External connector CANbus (Can Open, J1939)
Warranty 24 months Extension possible up to10 years
Standards EMC and wehicle regulations Regulation No. 100 : Regulation No. 10
Safety (functional and electrical) UN 38.3; ISO 6469-1; ISO 12405-1, 2,3; IEC 62660-1, 2
Isolation and fire protection IEC 60664-1
Dimensions   Customizable to client's requirements

Train, Trolley

SYSTEM SPECIFICATION

Battery system Cells type Lithium Ion
Configuration of modules 168S2P
Module voltage 420V - 689V
Expected calendar life 20 Years
System Energy Up to 320 kWh
Number of cycles Up to 5000 ( 100% DoD)
Rated capacity 30,4Ah
Rated energy 19,6 kWh
Temperature range -400C ~ +550C
Safety Safe cell design
Cell control Advanced BMS solution
Thermal management Forced Air
Energy metering Internal SOC counter Advanced SOC (State of Charge) and SOH (State of Health) calculations
Communication CAN bus J1939
Dimensions 1466x782x442

SYSTEM SPECIFICATION

Battery system Cells type Lithium Ion
Configuration of modules 180S2P
Module voltage 450V-738V
Expected calendar life 20 Years
System Energy 21 kWh
Number of cycles Up to 5000
Cell capacity 21Ah
Temperature range -400C ~ +550C
Safety Safe cell design
Cell control Advanced BMS solution
Thermal management Forced Air
Communication CANBus J1939
Dimensions 2050,4 x 1116 x 279,8

SYSTEM SPECIFICATION

Battery system Cells type Li - ion
Battery capacity 20Ah, 40Ah, 60Ah, 80Ah, 100Ah, 120Ah, 160Ah, 240Ah
Specified cycles at 80% DOD 2500
Expected life 20 years
Voltage values 24V, 30V, 36V, 48V, 72V, 96V
Configuration of modules Parallel operation, up to 60 modules
Operating conditions Temperature range -30°C to +50°C
Protection class IP 54 (higher possible on demand)
Safety Safe cell design Cells with venting device, PTC and CID protection
Thermoplastic and non-flammable filling among cells UL-94V certified thermoplastic material
ICPT advanced BMS ICPT BMS system with second protection circuits and safety lines, galvanic isolation, multi-level fault detection system
Cells thermal management Integrated cells heating system
Internal protection Contactor or static switch with fuse
Energy metering Internal SOC counter Measurements basing on advanced ICPT algorithms
Communication External connector CAN bus (CANOpen; J1939) / RS485
Warranty 24 months Extension possible up to 5 years
Standards EMC IEC 61000-4-2; IEC 61000-6-2; IEC 61000-6-4
Safety (Functional and electric) IEC 60664-1; IEC 62485-3
Transport UN 38.3
Dimensions On demand Customizable to client's requirements

SYSTEM SPECIFICATION

Battery system Cells type Li - ion (NCM)
Battery capacity 150Ah
Specified cycles at 80% DOD 2000
Expected life 20 years
Nominal system capacity 37 kWh 75 kWh 112 kWh 150 kWh
System voltage 250V DC or 500V DC
Nominal current 80A 2x80A 3x80A 4x80A
Operatin conditions Temperature range 10°C to 40°C
Protection class IP 67
Safety Safe cell design Prismatic cells with metal enclosures
Battery enclosure Steel, anti-explosion design, homologated for methane environment class a, b and c, and coal dust environment class A, B and C
ICPT advanced BMS ICPT BMS system with double protection and safety lines galvanically isolated power supply; multi-level fault detection system
Cells thermal management Integrated cells heating and cooling
Energy metering Internal SOC counter Measurements basing on advanced ICPT algorithms
Charging Dedicated external charger Anti-explosion enclosure for operation in mining environment, 3x400V AC, 3x500V AC supply voltage (3x 1000VAC on request)
Warranty 24 months Extension possible up to 5 years
Standards EMC EN 30386, EN 61000
Safety (functional and electric) IEC 60950, CE
Mining certificate GM 41/14
Dimensions Full system 2875 mm x 926mm x 875 mm

SYSTEM SPECIFICATION

Battery system Cells type Li - ion
Cell capacity 50Ah
Number of cycles 5000
Expected life 20 years
Nominal system capacity 5kWh/10kWh 15kWh/20kWh 25kWh/30kWh
Module voltage 45-63V DC
Configuration of modules Parallel or serial operation
Operating conditions Temperature range 10°C to 40°C
Protection class IP20
Humidity <90% non-condensing
Safety Safe cell design Prismatic cell with venting device
Thermoplastic and non-flammable filling among cells UL-94V0 certified material
ICPT advanced BMS ICPT BMS system with double protection and safety lines; galvanically isolated power supply; multi-level fault detection system
Cells thermal management Integrated cells cooling and heating with forced air
Energy metering Internal SOC counter Measurements basing on advanced ICPT algorithms
Communication External connector CANbus (CANOpen; J1939) / RS485
Warranty 24 months Extension possible up to 5 years
Standards EMC EN 61000-6-2:2006; EN 61000-6-3:2007 +A1:2011
Safety (Functional and electric) EN 61010-1:2010; EN 50272-2-2001
Isolation and fire protection EN 60664-1
Dimensions 19" racks 1800 mm cabinet

SEVCON Autorized distribiuted

AC CONTROLLERS


DC CONTROLLERS

EDN Group Chargers

250 V Battery Systems

  • Highest efficiency - higher conversion and charge efficiency providing energy savings of 20% or more
  • Longest battery life - smart charging curve eliminating overcharging and prevent the sulphate accumulation
  • Easier installation - light weight and small dimensions permit an easier installation and less expensive shipping
  • Microprocessor controlled - provides fully automatic operation and smart analysis of the battery for the exact charging profile and diagnosis. Every charger unit has the same quality performance and operates identically.
  • Competitive price - our efforts are directed at developing products with high grade of innovation, performance, and quality at market cost effective
  • Shorter charge times - efficient algorithms provide very fast charge compared to "non controlled traditional battery charger"

The product of R&D of universal electronic control unit for electric and hybrid vehicles

This product will be launched in Q1 2016

THIS PROJECT HAS RECEIVED FUNDING FROM THE EUROPEAN UNION’S REGIONAL DEVELOPMENT FUND.


The purpose of the project is to develop a world-new, innovative, universal, intelligent, and scalable electronic control unit for electric and hybrid vehicles. Electronic Control Unit boasts a wide spectrum of application areas at the same time keeping low production costs level for a batch below 100 pieces. The enterprise is aimed at constructing a universal platform for HEV (hybrid) and EV (electric) type vehicles to be implemented at various stages of project development (e.g. during prototype creation or as a replacement for already existing solution). Under control of other on-board computer the module may realise Door Control Unit (DCU) or Distributed Computer-Controlled System (DCCS) functions. PEV- (Plug-in electric vehicle) and PHEV- (plug-in hybrid electric vehicle) dedicated applications of ECU are also intended. The device is to enable the optimisation of energy consumption, higher power performance, and vehicle range extension.

The project realisation includes the phases of industrial research, development works, the resulting invention’s patenting, as well as its introduction.

SYSTEM SPECIFICATION (PRE-RELEASE)

ECU EV/HEV Electronic Control Unit as a programmable electronic control unit for full EV/HEV subsystem management. A 50/100MHz* Freescale S12XE integrated microprocessor with a virtual peripheral coprocessor supplying the necessary processing power.
Interfaces 4 x CAN 2.0B (partially isolated*), 12,5kbit/s up to 1 Mbit/s
1 x LIN serial port
1 x RS-232/RS-485
Safety SD card reader as a main data storage (for user and system purposes)
Functional safety tested by the LDRA Toolkit compliant with MISRA C:2012 source code
All I/Os and interfaces are protected against short circuit to GND
Board temperature, sensors, and supply voltage are monitored by software
Number of inputs Digital IN 40 (8 with configurable pull-up)
Digital Timer IN 0.1 Hz – 10kHz
Analog IN 8 (0-10V DC/ min. 12bit / 1kSPS)
Number of outputs Digital IN 16 (include PWM output and OC function)
Digital Timer IN 4 (0-10V / 100mA / 100SPS)
Analog IN 8 (1A – max. 4 minutes)
RTC 1 x Real-Time Clock
Operating temperature -40°C – 85 °C
Dimensions 189 mm x 185 mm x 58 mm @ Weight <1kg
Standards Ingress protection IEC 60529 from IP10 to IP67
Climatic ISO 16750-4
Mechanical ISO 16750-3
Environmental IEC 60068-2-6,38
CE Mark 2004/108/EC
EMC IEC 61000
ESD ISO 7637
Supply voltage 9 - 32V DC (42V DCmax in a short period of time) Idle current at 12V DC not exceeding 200mA
Features Drive control Sevcon, Eltec, Semikron SKAI
Communication standard CAN Open used for diagnostics and control
Li-Ion battery packs ICPT BP support, interface fully configurable to gain CAN data from other systems
Vehicle data view Freely selectable by user (for example Opus touch displays with ICPT Synoptic)
Software C-Programming Enviroment Vector CANoe Enviroment for CANopen management
INNOWACYJNA GOSPODARKA ICPT Logo UE

  • tel: +48 22 758 68 65
  • fax: 22 759 66 72
Impact Clean Power Technology S.A.
ul. Świętokrzyska 30/63
00-116 Warszawa, POLAND
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