Vampire.Energy observes what the infrastructure can do, decides what it should do, executes within physical limits, and preserves the evidence surrounding every charging outcome.
Session context
Four signals. One coordinated decision.
Charger
Capability, state and telemetry
Vehicle
Compatibility and requested energy
Energy
Capacity, availability and cost
Business
Identity, tariff and operational intent
Coordinated output
Charging session
Platform layers
The layers share one session context. Charger understanding informs control; control executes business and energy intent; every result feeds the next decision.
Understand
Build a reliable view of the physical charger and the vehicle connected to it, informed by field and certification realities.
Act
Turn the shared session state into safe, traceable actions across chargers, connectors and sites.
Connect
Carry charging through the identity, commercial and operational systems that define whether the session delivered value.
Optimise
Shape how and when charging happens around physical limits, energy conditions and external signals.
Session flow
Power delivery is only one part of the outcome. Identity, policy, energy, metering and business systems must stay aligned through settlement.
Connects and requests energy
Reports state and capability
Validates who may charge
Sets limits and intent
Allocates available power
Records delivered energy
Produces the commercial record
Completes the surrounding workflow
A charger being online does not mean the charging outcome succeeded.
Session diagnostics
Vampire.Energy is designed to preserve available evidence across the session chain, so teams can isolate a divergence instead of treating every unsuccessful outcome as a charger fault.
Faults, configuration and connector state
Handshake, requested limits and compatibility
Credential, contract and roaming response
Eligibility, tariff and power profile
Capacity, schedule and site signals
Start, stop and state transitions
Meter evidence, CDR and settlement
PMS, fleet, ERP or customer-system result
Session trace
Where expected and observed state diverge
Expected outcome
Authenticated session with an applied charging policy
Diagnostic result
Charger and vehicle healthy; divergence isolated to authentication
Energy control
Once charger state and operational intent are understood, the platform can shape power delivery around the site, the schedule and changing energy conditions.
Illustrative site envelope
Capacity becomes an operating constraint
Site capacity
Base demand
Charging envelope
Active charging
Operational reserve
Keep charging within site and connection limits.
Align energy delivery with vehicle and operational deadlines.
Continuously rebalance power across active sessions.
Prefer locally available generation when policy allows.
Use cost signals without losing operational context.
Respond to flexibility or grid instructions through policy.
Open architecture
Standards define the interfaces. Observable messaging, APIs and business-system integrations make those interfaces operational in the field.
Communication, configuration and session control between chargers and the platform.
Vehicle-to-charger communication, identity and Plug & Charge workflows.
Roaming, token exchange, charge detail records and settlement workflows.
External energy and flexibility signals translated into charging policy.
Integration patterns
Read and act on platform, charger and session state.
Deliver real-time state changes to surrounding systems.
Persist and process charging events without coupling systems together.
Connect PMS, fleet, ERP, billing and customer platforms.
What is real today
The platform is grounded in protocol communication, charger and firmware understanding, distributed systems, business integrations and energy orchestration. Scale figures describe architectural intent; pilots describe validation activity; neither is presented as an installed-base claim.
Interfaces
Observable infrastructure communication and system integration.
Context
Control decisions grounded in more than charger reachability.
Validation
Open-source gateway work and publicly documented interoperability testing.
See how the same technology supports energy providers, fleets, charging operators and hospitality.
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