E-Division
From constraints to architecture: modular high‑voltage batteries
Designing the E23 battery system: how real-world constraints led to a modular, high-voltage architecture with scalable energy and consistent performance.
E-Division
Designing the E23 battery system: how real-world constraints led to a modular, high-voltage architecture with scalable energy and consistent performance.
E23 Buggy
With performance targets defined, the next step was unavoidable: choosing a battery system, a motor, and an inverter. On paper, that sounds straightforward. In reality, it took months and quietly shaped almost every decision that followed. Power Is Simple. Systems Are Not. Power is easy to write down: P = V
E-Division
Before the first tube was drawn, we defined the E23’s size envelope — the real‑world limits that shape everything from trailer fit to handling. This post shows how a simple footprint decision unlocked the entire design.
E-Division
Design starts with a sketch, right? Not quite. For E23, the first step was defining the use case—because purpose drives every line.