Volterra – Deep Tech for Eco EV Charging
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IoT Hardware Systems

Edge-to-cloud devices for resilient charging

A connected edge hardware ecosystem that senses, orchestrates and executes onsite - keeping critical functionality running even during network interruptions.

System Architecture

One system, four intelligent layers

Hover (or tap) each component to see the data flow drawn along the station diagram.

Volterra station system architecture
VolSense
VolNexus
IntegPower X
VolRemote
1

VolSense

Edge Sensor

On-site power & environmental sensing, processed at the edge then streamed to the gateway — the foundation for monitoring and optimizing the whole system.

2

VolNexus

Industrial Edge Gateway

Industrial edge gateway — the on-station brain, running autonomously for up to 14 days even without an Internet connection.

3

IntegPower X

Operating brain

The core cloud orchestration platform — analyzes data and makes every operational decision, optimizing energy across the entire network.

4

VolRemote

Microcontroller

A microcontroller that executes physical commands to devices (chargers, BESS…) per the gateway's instructions, with a fail-safe mechanism.

One ecosystem, three intelligent devices

Feel

Edge Sensor

VolSense

An intelligent sensing device that continuously monitors electrical and environmental conditions. With edge computing, VolSense processes data locally to reduce system workload, improve accuracy and enable smarter decisions.

Think

Industrial Edge Gateway

VolNexus

An industrial edge gateway that connects and orchestrates all charging infrastructure components. It enables autonomous on-site operation and maintains critical functionality even during network interruptions.

Act

Control Device

VolRemote

A dedicated control device that executes commands from the Volterra platform directly on physical equipment - enabling real-time automation and remote operations across the infrastructure.