knestronX · HPDC Platform
High-Power DC platform for power outputs up to the megawatt range
Scalable power electronics for DC/DC converters, inverters, and high-performance energy applications. These solutions are based on standardized ITS Power Modules in the knestronX rack, featuring SiC technology for high switching frequencies and high efficiency.
>100 kW
Power per module
1500 VDC
High-voltage capable, connected in series
700 A
Current, connected in parallel
Multi-MW
scalable, e.g., starting at 100 kW
The structure
Standardized modules, flexibly configured
A standardized hardware platform and flexible configuration options: This allows solutions to be tailored specifically to the application without having to redevelop each system from scratch.
Base
knestronX Rack and ITS Power Modules
The ITS Power Modules in the knestronX rack serve as the common hardware across all configurations, with power outputs of up to >100 kW per module.
Configuration
Topologies and Options
Depending on the topology, the same modules can be used to create step-down converters, bidirectional DC/DC converters, H-bridges, or inverters. Additional options include balancers, galvanic isolation, and cooling.
Application
Your solution
Freely configurable systems for your application or preconfigured products for typical tasks such as battery simulation and battery testing.
Topologies
The right topology for your application
Depending on the application, power electronics require different degrees of flexibility: bidirectional energy flow, galvanic isolation, and voltage step-up and step-down. The knestronX Rack combines standardized modules into various topologies to meet these needs, and we’ll work with you to select the right one.
knestronX Rack components
2L - Buck Converter
High-current and rugged DC/DC applications
Voltage characteristics: Ua < Ue (voltage-reduction regulator)
Isolation: no
Quadrants: 2Q
Vmax = 800 V / Maximum current = 700 A
2L H-Bridge Converter
Simulation and Dynamic Test Systems
Voltage characteristics: Vout≤ ≥ Vin(rising and falling edges)
Isolation: optional
Quadrants: 4Q
Vmax = 800 V / Maximum current = 350 A
Bidirectional Resonant + 2L - Buck Converter
Battery Testing Systems & Smart Grids
Voltage characteristics: parallel Vout < VinVoltage characteristics: parallel Ua < Ue | series Ua < 2 × Ue
Isolation: yes
Quadrants: 4Q| series Vo< 2 × Ue
Isolation: yes
Quadrants: 4Q
parallel: Vmax = 800 V / Imax = 700 A
series: Vmax = 1500 V / Imax = 350 A
Balancer + Bidirectional Resonant + 2L - Buck Converter
MCS, Electrolysis & High-Voltage Systems
Voltage characteristics: parallel: Ua < ½ × Ue | series: Ua < Ue
Isolation: yes
Quadrants: 4Q
parallel: Vmax = 750 V / Imax = 700 A
series: Vmax = 1500 V / Imax = 350 A
Balancer + Bidirectional Resonant + 2L H-Bridge Converter
Battery Simulation and Fuel Cell Test Systems
Voltage characteristics: Vout≤ ≥ Vin
Insulation: yes
Quadrants: 4Q
Vmax = 750 V / Imax = 350 A
Configuration
One system, many configurations
All systems use a common platform consisting of performance modules, topologies, and system options. This shortens development times and reduces project risks.
Topologies
Functional enhancements
System Properties
Communication & Integration
Applications
Where the HPDC platform operates
Battery Test Systems & Test Technology
Charging and discharging battery modules in the test bed, bidirectional and electrically isolated.
Product: knestronX CONVERT-BAT 250
Typical layout: BRW + 2L - TSB
Battery Simulation
Simulation of batteries and electric drive components; current and voltage are fully controllable. Also suitable for fuel cell test systems.
Product: knestronX TEST-SIM 100
Typical topology: Balancer + BRW + H2L bridge
Charging Infrastructure (MCS / DC Charging)
Megawatt charging and DC fast charging with voltages up to 1,500 V via serial connection.
Typical topology: Balancer + BRW + 2L - TSB
Electrolysis & Power-to-X
DC power supply for high-current electrolysis systems, connected in parallel up to 700 A.
Typical topology: Balancer + BRW + 2L - Buck Converter
DC Microgrids & Energy Storage
Bidirectional coupling of storage systems and DC grids, for example in smart grids.
Typical layout: Bidirectional Resonant + 2L - Buck Converter
Rail Networks & DC Grid Stabilization
Power electronics for stabilizing and coupling DC power systems in the rail sector.
Topology: as required
Can be combined
Using HPDC and LPDC together
Modules from both platforms can also be connected. Your requirements are always our starting point, and we develop the right power electronics system for you!
Products
Preconfigured Products
For typical applications, there are preconfigured modules based on the HPDC platform. These can be further configured and scaled as needed.
Contact
Let's talk about your application
Please provide us with the grid connection details, battery voltage, and power requirements. We'll suggest a suitable combination of modules for you.
KNESTEL
Technologie & Elektronik GmbH
Phone
Address
Osterwalder Str. 12
87496 Hopferbach
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