Here you will find an overview of our products in industrial electronics, power electronics and energy storage. We develop and produce according to individual customer specifications.
Converters
HT250-Iso
- High current density
- Low switching losses
- High efficiency
- Switching frequency inaudible by humans
- Well suited for mounting in an electrical cabinet
- Technical Characteristics:
Efficiency ≥ 97 %
Input DC voltage = 480-850 V
Maximum DC input current = 175 A
Output power = 75 kW
Maximum output power = 100 kW
Output DC voltage ≤ 900 V
Maximum DC output current = 133 A
- Typical application:
Battery-charging station for buses or cars
- High current density
- Low switching losses
- High efficiency
- Switching frequency inaudible by humans
- Well suited for mounting in an electrical cabinet
- Technical Characteristics:
Efficiency ≥ 97 %
Input DC voltage = 480-850 V
Maximum DC input current = 175 A
Output power = 75 kW
Maximum output power = 100 kW
Output DC voltage ≤ 900 V
Maximum DC output current = 133 A
- Typical application:
Battery-charging station for buses or cars
Converters
H8-Iso
- Primary voltage: U=130-330 V; Imax = 35 A
- Secondary voltage: U = 700-750 V
- Maximum power: Pmax = 5.5 kW
- Efficiency: η = 96.7 %
- Typical Applications: DC/DC converter to connect an unidirectional DC power source to a HV-Bus (e.g. fuel cells)
- Primary voltage: U=130-330 V; Imax = 35 A
- Secondary voltage: U = 700-750 V
- Maximum power: Pmax = 5.5 kW
- Efficiency: η = 96.7 %
- Typical Applications: DC/DC converter to connect an unidirectional DC power source to a HV-Bus (e.g. fuel cells)
Converters
HTB150-MP
- Power input: 24-150 V; Imax = 120 A
- Power output: 50-150 V; Imax = 120 A
- Rated power: Pr = 6 kW
- Efficiency: η > 95 %
- Bidirectional fully controlled H-bridge
- Typical applications:
fuel cell based energy storages,
off-grid systems,
renewable energy systems
- Interfaces:
CAN-Bus,
terminal block (analog and digital)
- Power input: 24-150 V; Imax = 120 A
- Power output: 50-150 V; Imax = 120 A
- Rated power: Pr = 6 kW
- Efficiency: η > 95 %
- Bidirectional fully controlled H-bridge
- Typical applications:
fuel cell based energy storages,
off-grid systems,
renewable energy systems
- Interfaces:
CAN-Bus,
terminal block (analog and digital)
Converters
LT120 IP20
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC (voltage sources, stand-alone networks, drive systems)
- AC/DC (active mains rectifier, active front end)
- Three IGBT-half bridges
- Integrated current transformers
- Air-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 800 V
Current mains max.: IAC max = 60 A
Switching frequency: fsw ≤ 16 kHz
- Interfaces: CAN-bus, terminal block (analog and digital)
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC (voltage sources, stand-alone networks, drive systems)
- AC/DC (active mains rectifier, active front end)
- Three IGBT-half bridges
- Integrated current transformers
- Air-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 800 V
Current mains max.: IAC max = 60 A
Switching frequency: fsw ≤ 16 kHz
- Interfaces: CAN-bus, terminal block (analog and digital)
Converters
DCDC LT120-IP20
- Complete DC/DC-converter
- Well suited for mounting in an electrical cabinet
- Integrated inrush current limiter for DC-Link capacitor and voltage sensor
- Air cooling
- Technical Characteristics:
Max. power = 120 kW (@ fsw = 8 kHz; Uin = 800 V)
Input voltage ≤ 800 V
- Complete DC/DC-converter
- Well suited for mounting in an electrical cabinet
- Integrated inrush current limiter for DC-Link capacitor and voltage sensor
- Air cooling
- Technical Characteristics:
Max. power = 120 kW (@ fsw = 8 kHz; Uin = 800 V)
Input voltage ≤ 800 V
Converters
LT200
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC (voltage sources, stand-alone networks, drive systems)
- AC/DC (active mains rectifier, active front end)
- Three IGBT-half bridges
- Integrated current transformers
- Air-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1000 V
Current mains max.: IAC max = 180 A
Switching frequency: fsw ≤ 16 kHz
- Interfaces:
CAN-bus,
terminal block (analog and digital)
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC (voltage sources, stand-alone networks, drive systems)
- AC/DC (active mains rectifier, active front end)
- Three IGBT-half bridges
- Integrated current transformers
- Air-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1000 V
Current mains max.: IAC max = 180 A
Switching frequency: fsw ≤ 16 kHz
- Interfaces:
CAN-bus,
terminal block (analog and digital)
SiC – Converter
LT250
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC
- AC/DC
- Three SiC-half bridges
- Integrated current transformers
- Air-/water-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1000 V
Current mains max.: IAC max = 200 A
Switching frequency: fsw ≤ 30 kHz
- Interfaces:
CAN-bus,
Ethernet,
digital and analog
- Flexible topology:
- DC/DC (boost converter, buck converter, bidirectional)
- DC/AC
- AC/DC
- Three SiC-half bridges
- Integrated current transformers
- Air-/water-cooling
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1000 V
Current mains max.: IAC max = 200 A
Switching frequency: fsw ≤ 30 kHz
- Interfaces:
CAN-bus,
Ethernet,
digital and analog
SiC-Converter
SiC Experimental Converter
- DC link voltage: 400 .. 800 V (1200 V upon request)
- Preferably high switching frequency
- Two SiC-power stacks LT250
- Protected separately to the DC link
- EMC filter on DC-side
- Dv/dt filter on AC-side
- Control of an engine via two parallel converter (350 A)
- Control of two motors (2 x 175 A)
- Interface for MicroLabBoX from dSpace
- Air cooling
- Low-noise
- DC link voltage: 400 .. 800 V (1200 V upon request)
- Preferably high switching frequency
- Two SiC-power stacks LT250
- Protected separately to the DC link
- EMC filter on DC-side
- Dv/dt filter on AC-side
- Control of an engine via two parallel converter (350 A)
- Control of two motors (2 x 175 A)
- Interface for MicroLabBoX from dSpace
- Air cooling
- Low-noise
Typical application:
- Electrical machines
- Researching of new regulatory and modulation procedures
Converters
LT250 IP20
- Flexible topology:
- DC/DC
- DC/AC
- AC/DC
- High current density
- Low switching losses
- High efficiency
- Air cooling
- Integrated current and temperature sensors
- Switching frequency inaudible by humans
- well suited for mounting in an electrical cabinet
- Technical Characteristics:
DC-Link voltage ≤ 850 or rather ≤ 1250 V (depending on particular application)
Maximum DC current = 750 A
Switching frequency ≤ 20 kHz
- Flexible topology:
- DC/DC
- DC/AC
- AC/DC
- High current density
- Low switching losses
- High efficiency
- Air cooling
- Integrated current and temperature sensors
- Switching frequency inaudible by humans
- well suited for mounting in an electrical cabinet
- Technical Characteristics:
DC-Link voltage ≤ 850 or rather ≤ 1250 V (depending on particular application)
Maximum DC current = 750 A
Switching frequency ≤ 20 kHz
Converters
LT300-ML
- Three-level-NPC technology with reduced losses and improved EMI characteristics
- Integrated DC voltage, AC current and IGBT temperature sensors
- Modular design
- Air cooling
- Optical control interface with ΔΣ measurement interface
- Technical Characteristics of two versions::
- HV – High DC link voltage version
- HC – High AC current version
DC-link voltage: HV-version = 1500 V / HC-version = 800 V
AC line voltage: HV-version = 990 V / HC-version = 480 V
Switching frequency (max.): HV- and HC-version = 30 kHz
AC current: HV-version = 150 A / HC-version = 250 A
Max. AC current: HV-version = 180 A / HC = 300 A
DC current: HV- and HC-version = 250 A
DC link capacity: HV-version = 240 µF / HC-version = 600 µF
- Three-level-NPC technology with reduced losses and improved EMI characteristics
- Integrated DC voltage, AC current and IGBT temperature sensors
- Modular design
- Air cooling
- Optical control interface with ΔΣ measurement interface
- Technical Characteristics of two versions::
- HV – High DC link voltage version
- HC – High AC current version
DC-link voltage: HV-version = 1500 V / HC-version = 800 V
AC line voltage: HV-version = 990 V / HC-version = 480 V
Switching frequency (max.): HV- and HC-version = 30 kHz
AC current: HV-version = 150 A / HC-version = 250 A
Max. AC current: HV-version = 180 A / HC = 300 A
DC current: HV- and HC-version = 250 A
DC link capacity: HV-version = 240 µF / HC-version = 600 µF
Typical Applications:
- 3 phase 400 V or 690 V AC/DC converter
- Active Harmonic Filter
- Converter for drive systems
- Test stand converter
Converters
LT1000
- Parallel connection
- Water-cooling
- Integrated current transformers
- IGBT-half bridge
- Phase Module
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1200 V
Current mains max.: IAC max = 1200 A
Switching frequency: fsw ≤ 8 kHz
- Typical applications:
3~ converter 690 V, DC/AC, AC/DC,
Multiphase DC/DC-Converter
- Parallel connection
- Water-cooling
- Integrated current transformers
- IGBT-half bridge
- Phase Module
- Technical Characteristics:
DC-Link voltage: VDC ≤ 1200 V
Current mains max.: IAC max = 1200 A
Switching frequency: fsw ≤ 8 kHz
- Typical applications:
3~ converter 690 V, DC/AC, AC/DC,
Multiphase DC/DC-Converter
Converters
LT1000-ML
- 3-level NPC-phase module
- Integrated current transformers
- Water-cooling
- Parallel connection
- Optical interface for voltage and temperature measurement (sigma/delta)
- Technical Characteristics:
DC-Link voltage: VDC ≤ 2400 V
Current mains max.: IAC max = 1000 A
Switching frequency: fsw ≤ 16 kHz
- Typical applications:
3~ converter 690V, DC/AC, AC/DC
Active Filter,
Special drives
- 3-level NPC-phase module
- Integrated current transformers
- Water-cooling
- Parallel connection
- Optical interface for voltage and temperature measurement (sigma/delta)
- Technical Characteristics:
DC-Link voltage: VDC ≤ 2400 V
Current mains max.: IAC max = 1000 A
Switching frequency: fsw ≤ 16 kHz
- Typical applications:
3~ converter 690V, DC/AC, AC/DC
Active Filter,
Special drives
GCUplus
- CAN, CANopen
- Ethernet, Profinet
- analog and digital I/O
- Technical Characteristics:
Supply voltage control system:
Supply voltage = 24 ± 20 % VDC
Power consumption = 5 W
Voltage fan activation = 24 ± 20 % VDC
Max. current fan activation = 10 mA
Supply voltage I/O:
Supply voltage = 24 ± 20 % VDC
Voltage digital input = 24 ± 20 % VDC
Power consumption digital input = 10 mA
Voltage digital output = 24 ± 20 % VDC
Current carrying capacity digital output = 10 mA
Supply voltage control system:
Supply voltage = 24 ± 20 % VDC
Power consumption = 5 W
Voltage fan activation = 24 ± 20 % VDC
Max. current fan activation = 10 mA
Supply voltage I/O:
Supply voltage = 24 ± 20 % VDC
Voltage digital input = 24 ± 20 % VDC
Power consumption digital input = 10 mA
Voltage digital output = 24 ± 20 % VDC
Current carrying capacity digital output = 10 mA
Typical applications:
- Data gateway
- Control and monitoring unit
Starter-modules for trucks and busses
- For starting diesel engines at low ambient temperature
- Integrated charging circuit
- Charging from low charged batteries
Energy storage modules
CMC-120 (air-cooling)
- Technical Characteristics:
Cr = 62,5 F
Ur = 125 V
- Integrated balancing
- Monitoring of voltage and temperature
- Air-cooling
- Intrinsically safe
- Vibration-proof
- IP65
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
- Technical Characteristics:
Cr = 62,5 F
Ur = 125 V
- Integrated balancing
- Monitoring of voltage and temperature
- Air-cooling
- Intrinsically safe
- Vibration-proof
- IP65
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
Energy storage modules
CMC-120 (water-cooling)
- Technical Characteristics:
Cr = 62,5 F
Ur = 125 V
- Integrated balancing
- Monitoring of voltage and temperature
- Water-cooling
- Intrinsically safe
- Vibration-proof
- IP65
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
- Technical Characteristics:
Cr = 62,5 F
Ur = 125 V
- Integrated balancing
- Monitoring of voltage and temperature
- Water-cooling
- Intrinsically safe
- Vibration-proof
- IP65
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
Energy storage modules
CMC-130 (air-cooling)
- Technical Characteristics:
Cr = 62,5 F
Ur = 130 V
- Integrated balancing
- Monitoring of voltage and temperature
- Water-cooling
- Intrinsically safe
- Vibration-proof
- IP69
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
- Technical Characteristics:
Cr = 62,5 F
Ur = 130 V
- Integrated balancing
- Monitoring of voltage and temperature
- Water-cooling
- Intrinsically safe
- Vibration-proof
- IP69
- Interfaces: CAN-Bus
- Typical applications:
Charging stations for electric buses and trams
Substations
Ships
Cranes
Energy storage systems
Open Frame System
- Voltage: U ≤ 2400 V
- Air-cooling
- Balancing
- Monitoring of voltage and temperature of each cell
- IP00
- Central control unit for the entire energy storage system
- Typical applications:
Stationary and portable charging stations for electric buses and trams
Short-time USV
Reduction of peak power from supply system
- Voltage: U ≤ 2400 V
- Air-cooling
- Balancing
- Monitoring of voltage and temperature of each cell
- IP00
- Central control unit for the entire energy storage system
- Typical applications:
Stationary and portable charging stations for electric buses and trams
Short-time USV
Reduction of peak power from supply system
Energy storage systems
IP65-System
- Voltage: U ≤ 1000 V
- Water- and air-cooling
- Measurement of voltage and temperature of each cell
- IP65
- Intrinsically safe
- Typical applications:
Stationary and portable charging stations for electric buses and trams,
Storage system with high safety level
- Voltage: U ≤ 1000 V
- Water- and air-cooling
- Measurement of voltage and temperature of each cell
- IP65
- Intrinsically safe
- Typical applications:
Stationary and portable charging stations for electric buses and trams,
Storage system with high safety level
Pitch systems for wind turbines
- Charger and energy storage device
- To be connected to 400 V-networks
- CAN-Bus
Thyristor Stacks
30 kV-, 60 kV-, 90 kV-, 180 kV-switch
- Optically-triggered Infineon thyristors
- Control with laser pulses
- Fibre-optic coupler
- Free-wheeling diode
- Optically-triggered Infineon thyristors
- Control with laser pulses
- Fibre-optic coupler
- Free-wheeling diode
M&P charging stations for electric public transportation
Charging station for electric buses
- Quick and pulse charging of Li-ion batteries
- Quick and pulse charging of Li-ion batteries
Charging station for electric trams
- Average system performance of 620 kW of the AC grid with a super capacitor buffer
- Peak power of up to 1.62 MW
Active Harmonic Filter
- 3-level IGBT technology
- Serve to improve the power quality in distorted networks
Advantages:
- Reduction of losses in supply leads and devices
- Increase in reliability of the plant
High-Power Sources
10 kW up to MW-range
- Input:
AC: 16,67 – 400 Hz / 400 – 690 V
DC: 200 – 1000 V
- Output:
AC: 16,67 – 400 Hz / 0 – 1200 V and higher
DC: 0 – 5000 V
- Input:
AC: 16,67 – 400 Hz / 400 – 690 V
DC: 200 – 1000 V
- Output:
AC: 16,67 – 400 Hz / 0 – 1200 V and higher
DC: 0 – 5000 V
Typical applications:
- Battery simulators
- Sinus sources
- Pulse sources
- Electronic loads
- Testing of transformers
- Testing of surge current
- Active artificial mains network (DC, railway, motor vehicle, aircraft, marine)
References:
- University of Surrey, Guildford (GB)
- ON Power Technology AG, Flums (CH)
- KEMA, Arnheim (NL)
High-Power Sources
AC/DC source
- Uout = 0 … 6 kV
- UIout = +/-0 … 1000 A
- Mains-side Active Front End (AFE)
- DC-side DC/DC converter (buck/boost)
- Uout = 0 … 6 kV
- UIout = +/-0 … 1000 A
- Mains-side Active Front End (AFE)
- DC-side DC/DC converter (buck/boost)
DC/DC Converter 1 MW
- Bidirectional Buck/Boost
- Uin < 800 V
- Uout = 0 … 700 V
- Ioutnom = 1000 A
- Ioutmax = 1500 A (< 20 s, 50% cycle)
- Pnom = 700 kW
- Pmax =1000 kW
- Multiple phase
- Low output current ripple for DC/DC application
Compact ESS Cube
- Pmax = 270 kW
- Imax = 385 A
- Vin = 680…850 V
- W > 1400 kJ
Typical applications:
- DC link stabilization
- Peak shaving
- Energy saving
High Performance Converter
Machine (HPC-Machine)
- Vout = 400 V … 690 V … 950 V
- Ioutmax = 1600 A
- Fp = 10 … 16 kHz
- ASM/PMSM
- Vector Control
- Multilevel Converter
- Up to 30,000 rpm with 4 pole engine
- Realtime UDP-Ethernet communication
- High power density
Typical applications:
- Motor control applications (e.g. teststands)
- Testing applications
Contact form
For questions, suggestions or project inquiries please use our contact form. We get in contact with you as soon as possible.
| Telefon: | +49 351 323305-10 |
| Fax: | +49 351 323305-19 |
| E-Mail: | info@powerelectronics.de |
M&P Motion Control and Power Electronics GmbH
Bismarckstraße 56
01257 Dresden