Navigato AI connects solar, wind, battery storage, flexible loads, EV infrastructure and building energy systems in one Digital Twin and operational intelligence platform.
Every layer is designed to operate independently during phased rollouts and integrate fully as the programme scales.
Solar farms, rooftop solar, wind turbines, BESS, EV charging, transformers, substations, smart meters, heat pumps, HVAC, industrial loads, residential loads.
SCADA, IoT gateways, Modbus, IEC 61850, MQTT, OPC UA, inverter APIs, BMS APIs, smart meters, EV charging protocols, weather feeds, energy-market data.
Asset identity, topology, generation capacity, storage capacity, state of charge, degradation model, forecast generation, forecast consumption, grid constraints, tariff and market assumptions, operational history.
Solar generation forecasting, wind generation forecasting, load forecasting, price forecasting inputs, curtailment prediction, battery dispatch recommendations, anomaly detection, degradation analysis, flexibility forecasting, scenario optimisation.
Battery dispatch, charge/discharge scheduling, peak shaving, self-consumption optimisation, load shifting, curtailment management, EV charging coordination, V2G readiness, demand response, human approval workflows, operational alerts.
Portfolio performance, energy yield, availability, battery state of health, avoided curtailment, flexibility capacity, revenue scenarios, carbon evidence, SLA, audit trail, operator approvals, compliance boundaries.
Unified visibility across solar and wind assets with AI-driven generation forecasting, anomaly detection and maintenance prioritisation.
Note: Google Maps Platform Solar API may be used where geographic coverage and licensing permit.
Full operational visibility of BESS assets with AI-powered dispatch recommendations and strictly governed approval workflows. No autonomous dispatch is active by default.
State of Charge
MODELLED74%
State of Health
MODELLED96.2%
Available Capacity
SIMULATED3.7 MWh
Charge Limit
MODELLED1.2 MW
Discharge Limit
MODELLED1.2 MW
Temperature
SIMULATED28°C
Cycle Count
SIMULATED1,248
Degradation
MODELLED3.8%
Round-trip Efficiency
MODELLED91.4%
Thermal Alerts
SIMULATEDNone
Warranty Remaining
MODELLED6.2 yr
Grid-service Readiness
SIMULATEDPending
Dispatch Modes
AI generates dispatch recommendations. No action is taken without explicit operator instruction.
Proposed dispatch schedules run against the Digital Twin to validate outcomes before commitment.
Operator reviews and approves each dispatch instruction before it is issued to the BESS.
Full dispatch authority held by a licensed energy operator under applicable regulatory frameworks.
The Digital Twin models every energy flow across the microgrid, enabling simulation, optimisation and governed operation of solar, wind, BESS, EV charging and building loads together.
Navigato AI models V2X potential across vehicle fleets and building energy systems, supporting planning and readiness assessment within governed boundaries.
V1G
Smart scheduling shifts EV charging demand to off-peak periods, reducing grid stress and energy cost.
V2H
Compatible vehicles supply stored energy to a residential property during peak tariff or outage events.
V2B
EV batteries contribute to building energy management, supporting peak shaving and self-consumption.
V2G
Aggregated EV capacity participates in grid-balancing services where hardware, regulation and market access permit.
V2G and V2X operation depends on vehicle compatibility, charging hardware, local regulation, grid-operator approval, market rules and customer consent.
Do not imply that Navigato AI directly participates in energy markets unless operating through the required licensed framework.
OpenADR may be described as a possible interoperability layer for demand response and distributed energy-resource coordination where supported.
Navigato AI serves two distinct building-energy use cases, scalable from a single prosumer home to a multi-site commercial portfolio.
Individual home · Apartment · Prosumer · EV owner
Offices · Malls · Hotels · Campuses · Airports
Financial and operational KPIs are model-based and will vary by asset type, market, grid conditions and deployment configuration.
Energy Yield
Availability
Battery State of Health
Avoided Curtailment
modelled
Flexibility Capacity
Self-consumption Rate
Peak Shaving Delta
modelled
Carbon Evidence
where applicable
Revenue Scenarios
model-based
SLA Compliance
Start with one solar park, one BESS installation, one microgrid or one building portfolio. We define the use case, available data, integration boundaries and measurable pilot outcomes together.
Navigato AI acts as technology and software integrator. Physical deployment, grid connections, licensed operator functions and market participation require certified partners and applicable regulatory approvals. All demo values shown on this page are simulated or modelled — no live operational data is implied.