Designing stationary lithium-ion storage systems correctly
Designing stationary lithium-ion storage systems correctly: Requirements, chemistry selection, system design & safety - Large-scale systems with Li-ion batteries put to the test Why stationary battery [...]
Cross-border electrical work: How EU companies meet the German requirements
Electricians from other EU countries in Germany: What companies need to know If companies from an LLW member state want to carry out electrical work in [...]
Correctly designing (ev) high voltage batteries for electromobility & hybrid: Battery requirements, performance trade-offs and practiced safety
From energy density to propagation protection - technical keys for long-lasting lithium-ion systems in vehicles; why the application dictates the design Whether BEV or HEV - [...]
5 key topics in battery technology on BMS, pack design, ageing & safety – what engineers, master electricians and CRESs need to know about battery systems
From SoC/SoH algorithms and balancing to module topologies and thermals to propagation control - practical, resilient, without marketing fog Why the system decides - not the [...]
Battery cells decoded: Characterization, designs, mechanics, ageing & safety – what engineers really need to know
From OCV, DCIR & EIS to round/prismatic/pouch and thermal runaway - the practical guide for battery production and development Why cell knowledge is the basis of [...]
The truth about battery production: How slurry, separator & electrolyte are turned into a powerful storage system
Why manufacturing determines performance, costs and safety Whether energy density, fast-charging capability, service life or safety window - the course is set in battery production. Formulation, [...]





