ANARI Proposal Engine

0 Project Scenario

Determines the capacity configuration mix

1 Basic Info

Project name

Country / Region

City

Choosing a country or city fills the coordinates below with a reference point — you can overwrite them.

Latitude

Drives the PV irradiation model

Longitude

Project life (years)

Site type

2 Load & Charging

Fleet size

Vehicle type

Daily range (km/vehicle)

Charging window (h)

Night off-peak window length

Daily charging demand (kWh)

Charger power (kW)

Annual base load (kWh)

Non-charging base load

PV available area (m²)

3 Tariff & Grid

Leave empty to use the country default tariff

Peak rate ($/kWh)

Off-peak rate ($/kWh)

Mid rate ($/kWh)

Peak hours

Off-peak hours

Feed-in tariff ($/kWh)

Demand charge ($/kW·mo)

Grid capacity (kW)

0 = off-grid

BESS charge duration (h/day)

Advanced (microgrid / chemistry / simulation) Mounting, EV platform & protocol, storage strategy, VAT, calibration store

BESS chemistry

Wind capacity (kW)

Mean wind speed (m/s)

Diesel genset (kW)

Diesel price ($/L)

Grid reliability (%)

PV mounting

Vehicle battery chemistry

Vehicle platform voltage

Charging protocol

Dispatcher-limited peak (kW)

Only if load management caps charging below the charger total.

BESS buffer hours

BESS power / charger peak

BESS capex ($/kWh)

Cycling cost ($/kWh)

Certification premium (%)

Price margin (%)

Calibration store

Directory produced by the OCPP session calibration CLI.

Allow 350 kW+ chargers Dual-gun power sharing Megawatt charging (MCS) Client can reclaim input VAT Force tracker physics model

Fast mode (skip 8760h simulation, ~10x faster) V2G revenue modelling Off-grid mode

Engineering-Grade Technical Proposal

Describe your project