Volatus-branded trucks, DC fast chargers, mobile power units, and a container ship in a working port charging plaza, concept rendering

Markets

Volatus charging, power, and delivery paths for transportation, aviation, ports, industrial operations, charging hubs, and autonomous logistics.

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Fleet charging infrastructure

Commercial Transportation

Charging and energy infrastructure configured around Class 2-8 vehicle duty cycles, depot constraints, throughput, and fleet growth.

Commercial fleets need enough energy in the windows when vehicles are available, without allowing the charging program to compromise routes, yard circulation, facility operations, or the pace of fleet expansion.

Buyers and operators

Delivery and logistics fleetsTrucking fleetsUtility and municipal fleetsPublic transportation fleets

Applications

Depot chargingFleet energy managementCharging hubsMobile chargingFreight-corridor supportTransit and municipal charging

Explore Mobility electrification

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Aviation energy infrastructure

Aviation and Airports

High-power systems for airport electrification, ground operations, drone logistics, and advanced air mobility, delivered with sister company Aureum Mobility, the exclusive distribution and operations partner for Volatus technology in advanced air mobility.

Aviation environments combine strict turnaround windows, restricted operating zones, diverse ground equipment, emerging aircraft interfaces, including eVTOL (electric vertical takeoff and landing) craft, and substantial new electrical demand that must be introduced without disrupting active operations.

Buyers and operators

AirportsDrone operatorseVTOL operatorsAviation infrastructure developers

Applications

Airport electrificationDrone chargingeVTOL chargingGround support equipment chargingVertiport energy infrastructure

Explore Aviation charging Advanced air mobility with Aureum Mobility

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Industrial electrification

Ports and Industrial Operations

Power, storage, charging, and controls for heavy equipment, cranes, terminals, and active industrial facilities.

Ports and industrial sites introduce large, intermittent loads into facilities that cannot pause. The architecture must respect operating continuity, peak demand, mobility, equipment diversity, maintenance access, and future production requirements.

Buyers and operators

Ports and terminal operatorsManufacturing facilitiesLogistics centersCrane operatorsHeavy-equipment operators

Applications

Crane electrificationYard equipment chargingPort electrificationIndustrial energy managementIndustrial microgrids

Explore Industrial electrification

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Energy infrastructure development

Commercial Real Estate and Charging Hubs

Charging plazas, fleet hubs, and expandable power systems planned as part of the site's long-term infrastructure.

Commercial charging sites must balance driver access, tenant and fleet demand, utility capacity, circulation, phasing, controls, ownership, and the economics of adding capacity over time.

Buyers and operators

Commercial property ownersShopping-center developersInfrastructure investorsFleet-depot developers

Applications

Charging plazasFleet charging hubsCommercial energy infrastructurePhased infrastructure developmentPayment and data-reporting integrationProject-specific commercial structures

Explore Mobility electrification

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Unattended energy operations

Autonomous Transportation and Logistics

Charging and control systems designed around automated workflows, distributed fleets, and limited manual intervention.

Autonomous networks depend on repeatable charging alignment, remote visibility, scheduled energy availability, distributed operating positions, and recovery paths that do not rely on a person being present at every asset.

Buyers and operators

Autonomous vehicle fleetsLast-mile delivery operatorsWarehouse and fulfillment operatorsAirport ground-robotics operators

Applications

Autonomous vehicle chargingDelivery-robot chargingWarehouse automationSmart logistics networksDistributed charging positions

Explore BotStop induction charging

Beyond the grid

Emergency response, events, edge computing, and remote operations run on deployable power before utility infrastructure arrives.

Mobile & resilient power

FAQ

01Which industries need high-power charging beyond passenger EVs?

Commercial transportation, aviation and airports, ports and industrial sites, charging hubs and commercial property, and autonomous logistics all run high-power equipment on demanding duty cycles. Each one changes the load profile, site constraints, and definition of uptime, so Volatus configures the equipment and energy architecture around the operation rather than selling a fixed package.

02How does charging for trucks and fleets differ from passenger charging?

Commercial fleets span Class 2–8, and the heavier end of that range draws far more power, returns on tighter schedules, and often charges in concentrated windows at a depot. That pushes designs toward higher-output fixed chargers, megawatt-ready architecture, on-site energy storage, and load management so a site can energize the whole fleet without overrunning the available grid capacity.

03Can one provider cover fleets, aviation, and industrial power?

Yes. Volatus builds fixed and mobile charging, mobile power, distributed energy, and operations software as one portfolio, then designs and supports the system per market. Aviation and eVTOL charging runs with sister company Aureum Mobility, with Volatus charging equipment inside the vertiport.

04What does Volatus need to scope a deployment in a market?

The productive load, the site, the schedule, the available power, and the target timing. From there Volatus identifies the equipment, energy architecture, and delivery path matched to that operating environment.

Start the conversation

Start with the operation.

Share the market, the load, the site, the schedule, and the available power. Volatus will identify the right equipment and path.

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