The integration of previously separate components into one platform has the dual benefit of reducing costs by up to 20 % while also increasing the efficiency and reliability of the overall system.
The use of intelligent charging and discharging processes, which are individually tailored to each cell in the system, prolongs the service life compared to existing solutions.
The use of compact and efficient power electronics at the cell level has the potential to reduce energy losses by up to 90 %.
our Technology
Economic Efficiency
Lower manufacturing cost: Less components and process steps
Cheaper service: Particularly safe even for personell without special training
Supplier independence: Compatible with a wide range of components and battery cells
Market Positioning
Efficiency over 98 %: Less additional power electronics needed
Longer lifespan: Stress on weak cells actively reduced
High safety: No dangerous voltages when switched off
Rapid Market Readiness
Quick and easy integration: Open software interfaces
Highly scalable: Currently up to 1500 V and 200 A AC, DC, Any-C
Individual support: With the integration of our solution
Principle of operation
Open
Bypass
Positive
Negative
Default (off) state
All battery terminals disconnected
Maximized safety: system output is 0 V
Stage does not contribute to system output voltage
Longer lifetime: weak cells are loaded less, defective cells are bypassed
System not limited by weak or defective cells
Stage switched for positive output voltage
Stage switched for negative output voltage
For a complete system, many battery cell stages are connected in series. Our power electronics platform controls all stages to deliver the desired system output.
System topology
TECHOLOGICAL Advantages
Universal applications
Stationary
Storing renewable energy
Sector coupling
UPS backup power
Fast charging EVs
Grid support
Mobile
Ships
Commercial vehicles
Cars
And many more!
Software defined
voltage type
voltage range
frequency range
current range
cell chemistry
Modular implementation
For a wide range of battery systems
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Title: Multilevel battery converter with cascaded H-bridges on cell level-battery management system or a renewed attempt for Power Electronic Building Blocks?
Published: 2022 24th European Conference on Power Electronics and Applications (EPE’22 ECCE Europe)
Published: 2022 PESS + PELSS 2022; Power and Energy Student Summit
the path to licensing
Step 1: Initial consultation
We are pleased to offer you our comprehensive expertise in multi-level converter technology. We would be delighted to conduct a non-binding preliminary discussion with you to evaluate the integration of our technology.
Step 2: Concept analysis
Our team will analyze your energy system to identify the optimal solution for your requirements. This will include optimizing your energy storage system, as well as the components and software, to enhance the performance of your battery storage system.
Step 3: Provision
We provide all the necessary hardware components, the associated documentation, PCB assemblies, and software for a seamless implementation. All of this is provided under a personalized license agreement.
Our development work is the result of passionate research and development work that is characterized by a clear objective. We develop innovative solutions that improve the efficiency of energy storage and maximize the use of renewable energy. At p&e, we are committed to shaping a more sustainable future. Each stage of our project brings us closer to a world where energy is used more efficiently and clean energy sources shape the way we live. The objective of this platform is to facilitate a new era of energy innovation, address the challenges of climate change, and optimize energy efficiency.