For charging operators

Every charging session is part of a larger system.

Plan charging across vehicles, sites and grid connections while protecting the service each driver or fleet needs.

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01 / THE COORDINATION PROBLEM

Manage charging as an energy system.

Charging operators must reconcile vehicle readiness with shared connection capacity. A schedule that works for one charger may create a constraint across the site.

OPERATING ENVIRONMENT

Fleet depots, multi-site charging networks and managed residential charging with varied hardware and dwell times.

DemandAvailabilityConstraintsOperating limits

The Delvrin intelligence layer

Understand the conditions.
Coordinate the response.

Vehicle requirements become scheduling constraints. Site capacity and portfolio conditions guide how available power is allocated.

01

Establish energy requirements and departure windows.

02

Allocate power across the site or charging portfolio.

03

Rebalance when sessions or network conditions change.

From capacity to action

Make the resources tangible.

Explore how asset state, available capacity and operating requirements come together in a reference portfolio.

ASSET INTELLIGENCEREFERENCE PORTFOLIO

EV Fleet / Cluster 128

Connected vehicles24,840
Average state of charge67%
Operating requirement89% by 07:00
Flexible capacity42 MW
Current actionShift charging

Expected operational value

01

Respect departure requirements

02

Manage connection capacity

03

Shift eligible charging demand

Outcomes depend on the connected assets, operating constraints, data quality and programme design.

The next operating layer

Let’s coordinate
what comes next.

Explore what distributed energy orchestration could mean for your organization.

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