RESERVE portable energy system beside an electric vehicle

Engineering

Designed around
the next few miles.

A modular power system for everyday mobility — compact, capable and adaptable.

Modular architectureControl unit and swappable modules.
Thermal strategyManagement across operating conditions.
Safety-led engineeringEvery decision starts with failure modes.
Transparent figuresPublished specs, measured honestly.

Specifications

The numbers behind the miles.

A modular power system that brings practical, flexible energy to more journeys. Figures vary with vehicle, conditions and energy delivered.

4–6 kWh

Usable energy

10–20 kW

DC output

J3400-first

Broad vehicle compatibility, with CCS1 support

AttributeSpecificationNotes
ArchitectureControl unit + swappable battery modulesServiceable, replaceable
Usable energy~4–6 kWhModule-dependent
DC output~10–20 kWSession-dependent
Added range~10–25 milesVehicle-dependent
ConnectorJ3400 (NACS); CCS1 supportedCable included
Thermal managementActive monitoringAcross operating conditions
EnclosureRugged, automotive-gradeBuilt for trunk life

Safety & engineering

Every claim needs a test.

Every engineering decision starts with one question: what happens if something goes wrong? The answer shapes the hardware.

Vehicle interoperabilityVerified across the supported vehicle set.
Thermal performanceManaged across the conditions real travel includes.
Transport and handlingBuilt for life in a trunk and repeated setup.
Protective systemsBattery management, monitoring and a rugged enclosure.
Close view of RESERVE connector and rugged enclosure details

Purposeful materials.
Real conditions.

Built for durability, serviceability and a long life on the road.
An electric vehicle following a mountain road at sunset

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