Charging infrastructure with multiple charging bays at a mobility site

    Simulate and optimize charging infrastructure as an energy system

    conduix translates site-specific charging demand into the optimal combination of chargers, grid connection, solar and storage. For defensible investment decisions.

    01 · Demand and operations

    From traffic demand to realistic charging operations.

    conduix analyzes site-specific demand or fleet schedules and simulates arrivals, dwell times, charger assignments and departures.

    Top-down view of an e-truck charging hub with a one-way approach, three pull-through charging lanes beneath a solar canopy, and a separate departure road.
    08:00

    Site load

    400 kW

    Charging progress

    B 20%

    02 · Optimize charging infrastructure

    The right charging infrastructure for site-specific demand.

    The number, power, products and buildout phases are optimized on the basis of the simulated load profile.

    Product-specific selection

    The right charging technology

    12 charger variants evaluated

    Selected

    HPC charger

    4 × 400 kW · 2 charging ports per unit

    Demand-led buildout

    Build only what is actually needed.

    1

    Phase 1

    2027

    4 × HPC · 400 kW

    2

    Phase 2

    2029

    +4 × HPC · 400 kW

    03 · Optimize the energy system

    Design grid connection, solar and storage together.

    conduix optimizes every component in the same scenario and evaluates technical performance and economics together.

    Load profile and grid capacity

    The system design keeps charging operations within the available capacity

    Simulated chargingOptimized system designGrid limit · 550 kW

    Technical check

    Peak load below the grid limit

    Joint optimization

    One site. One connected energy system.

    Simulated load profile

    In the same optimization run

    Grid connection

    Connection capacity

    Solar PV

    Generation profile

    Battery storage

    Power and capacity

    Charging management

    Power control

    Optimized system design

    Technical performance and economics evaluated together

    Result · Investment decision

    Decide with confidence before investing.

    CapExOpExNPV
    • +20%

      Demand

      Reassess the buildout path

    • −100 kW

      Grid capacity

      Re-optimize storage and charging control

    • +15%

      Energy price

      Update OpEx and NPV

    Simplified example scenario illustrating the conduix planning workflow. Project results depend on the underlying data and assumptions.

    Use cases

    Planning for public, private, and semi-public charging infrastructure.

    Two demand sources. One site.

    Semi-public Charging Hubs

    Protect fleet demand while capturing public charging potential.

    • Own Fleet
    • Public Demand
    • Shared Infrastructure
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    Forecast external demand

    Public Charging Hubs

    Assess site potential and derive the right buildout path.

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    Keep your fleet moving

    Private Charging Infrastructure

    Turn routes and dwell times into a reliable charging plan.

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    Consulting & Infrastructure Planning

    Engineering Firms

    Compare and substantiate technical and economic alternatives faster.

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    Book a demo

    Seeconduixin action

    Choose a convenient time and discuss your planning challenge directly with our team.