Engineered Systems
High-Current Battery
Very high current DC systems: starter systems for multi-thousand-horsepower engines, blender packs, and cold-weather designs.
The problem class
Some loads are not about energy; they are about current, right now. Cranking a multi-thousand-horsepower engine, feeding a blender, or holding a bus through a block start demands thousands of amps for seconds, from a system that still has to survive the eighteen-wheeler ride to the site and a winter morning at thirty below.
The Envoltz architecture
- LTO chemistry where the duty is highest: rate capability and cycle life the application actually needs
- Paralleled modules with heavy copper busbar engineered for the fault case, not just the nameplate
- Cold-weather self-heating designs rated for operation to -30 C
- BMS sensing and protection sized for the currents involved
- Full telemetry through the Equipment Portal, down to cell level
Representative delivered systems
2400 A starter system
A starter system for a multi-thousand-horsepower engine, designed for cold weather with self-heating packs. Phase one is a demonstration unit.
Installed at engine scale
High-current systems engineered alongside very large industrial engines, where the scale of the machine sets the rules.
Serialized pack manufacturing
The same serialized build, test, and lifecycle discipline as the rest of the battery line.
The engineering artifacts behind it
Every program ships with a revision-controlled document set. This is what your bid evaluator gets to read, and what your technicians work from for the life of the system.
Have a high-current battery problem?
Tell us the duty cycle and the site. An engineer reads every request.