Solutions

One control layer. Four strategic outcomes.

The technology is shared. The value case is not. Start from the business decision charging must improve, then choose the control and workflow required to make it happen.

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Shared technology

One operating foundation

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ev_charger

Charger

tune

Control

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Energy

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Business

Applied to context

Energy Providers

Flexible EV demand

Fleets

Operational readiness

Charging Operators

Confident operations

Hospitality

Connected guest service

Markets

Start with the problem your operation needs to solve.

The platform underneath is shared. The priorities, policies and workflows around it are specific to each business.

electric_meter

Energy Providers

Turn EV demand into a flexible energy asset.

Transport electrification creates a new category of electricity demand. Providers need to understand and influence that demand while respecting customer, vehicle and site constraints.

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Shift charging toward preferred energy windows without losing operational context.
Develop smart charging tariffs and differentiated EV energy propositions.
Coordinate demand across residential, workplace, fleet and public charging.

Why the platform matters: Charger-level state turns an energy signal into an executable charging decision.

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Fleets

Make energy part of fleet operations.

Electrification makes energy availability a fleet-planning input. Vehicles still need to be ready on time, even when depot capacity and energy prices are constrained.

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Prioritise vehicles around departure schedules and required energy.
Keep depot charging inside site capacity while responding to energy cost.
Replace manual coordination with visibility across vehicles, chargers and sites.

Why the platform matters: Charger state and energy constraints become part of the same operational schedule.

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Charging Operators

Operate charging infrastructure with confidence.

Operators need to know whether the charging outcome succeeded, not only whether a charger is online. Session context connects infrastructure, energy and commercial workflows.

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See charger and session state, then diagnose why outcomes diverged.
Control configuration and sessions remotely across sites.
Coordinate load, tariffs, roaming and billing with end-to-end traceability.

Why the platform matters: Session context connects operational control with energy and commercial systems.

hotel

Hospitality

Make charging part of the guest experience.

Guests should experience charging as part of the stay, while access, billing and property operations remain connected behind it.

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Make guest access simple while supporting public use where it fits the site.
Connect sessions to guest access, billing and property workflows.
Fit charging around property operations and available site capacity.

Why the platform matters: Shared session and business context keeps access, pricing and load policies aligned.

Market overlap

Charging does not stay inside one business category.

Vampire.Energy's cross-layer software approach lets the same charging context support operating models that increasingly overlap.

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An energy provider may serve residential chargers and fleet customers.

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A fleet may charge at depots, homes and public infrastructure.

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A charging operator increasingly needs energy optimisation.

hotel

A hotel can support destination charging and public charging.

Start with the outcome, not the charger.

Tell us what charging needs to achieve in your business. The platform underneath is the same; the workflow around it is not.

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