Engineering Clarity for Complex Energy Problems
End-to-End Battery & Power Electronics Engineering
About TAFEL ENGINEERING
Our Mission
At TAFEL ENGINEERING,
our mission is to simplify complex problems in energy systems.
We take a holistic approach to engineering challenges—analyzing technical, financial, operational, safety, and supply chain dimensions to deliver practical, high-impact solutions. Our deep expertise allows us to break down complexity, identify critical dr
At TAFEL ENGINEERING,
our mission is to simplify complex problems in energy systems.
We take a holistic approach to engineering challenges—analyzing technical, financial, operational, safety, and supply chain dimensions to deliver practical, high-impact solutions. Our deep expertise allows us to break down complexity, identify critical drivers, and guide organizations toward optimized and implementable outcomes.
Welcome to Our World
Tafel Engineering provides end-to-end engineering and advisory services across battery systems and power electronics.
We support organizations at every stage—from early concept development and system sizing to detailed engineering, procurement support, and operational optimization.
Whether the challenge is technical, economic, or strategic, we bring a comprehensive approach to solving complex energy system problems.
If it involves batteries or power electronics - WE CAN HELP
Battery & Energy Systems Engineering
Modeling, Simulation & Performance Analysis
Power Electronics & System Integration
We provide comprehensive engineering support for battery-based systems across stationary, mobile, and industrial applications.
Services include:
- Battery system sizing and application matching
- Battery pack architecture and system design
- Technology selection (Li-ion, Lead Acid, NiCd, NiZn, etc.)
- Integration into facility, vehicle, or grid systems
- Performance and lifecycle optimization
Power Electronics & System Integration
Modeling, Simulation & Performance Analysis
Power Electronics & System Integration
Engineering and integration of power conversion systems for energy storage and electrification.
- DC-DC converter architecture
- Inverter and bidirectional systems
- Grid and facility integration
- System controls and protection strategies
- Interface between batteries and electrical infrastructure
Modeling, Simulation & Performance Analysis
Modeling, Simulation & Performance Analysis
Modeling, Simulation & Performance Analysis
We develop detailed models to predict performance, reduce risk, and optimize design decisions.
- Battery electrochemical modeling
- Thermal analysis and cooling system design
- System-level performance simulation
- Degradation and lifecycle modeling
- Scenario analysis for real-world operating conditions
Techno-Economic & Financial Analysis
Procurement Support & Technical Documentations
Modeling, Simulation & Performance Analysis
We connect engineering decisions to financial outcomes.
- Battery system TCO (Total Cost of Ownership)
- ROI and payback modeling
- Energy storage revenue modeling
- Sensitivity and risk analysis
- Cost optimization strategies
Procurement Support & Technical Documentations
Procurement Support & Technical Documentations
Procurement Support & Technical Documentations
We help clients translate engineering needs into clear, actionable specifications.
- Battery system sizing for applications
- Technical requirement documentation
- RFP/RFQ development support
- Vendor evaluation and comparison
- Specification review and validation
Safety, Compliance & Training
Procurement Support & Technical Documentations
Procurement Support & Technical Documentations
Battery systems introduce safety and operational complexity—we help clients manage it.
- Battery safety architecture and hazard analysis
- Thermal runaway risk assessment
- Safety standards and compliance guidance
- Training for engineering and operations teams
- Documentation and operational procedures
Supply Chain & Strategy
Supply Chain & Strategy
Supply Chain & Strategy
Support for sourcing, scaling, and de-risking energy system supply chains.
- Battery cell or system sourcing strategy
- Supplier qualification
- Cost and availability analysis
- Manufacturing and scale-up strategy
- Supply chain risk mitigation