Logo Gold

Energy & Sustainability

EV Charging & E-Mobility

EV Charging & E-Mobility, engineered as part of one environment.

EV Charging & E-Mobility brings EV Charging, EV Charging Management, E-Mobility Infrastructure together around a clear operational brief. Assess vehicle dwell time, expected use, electrical capacity and future expansion.

Discuss a Project
Electric vehicle charging
Representative photography
Illustrative representative photography. This image does not depict a SNDIAN-delivered project.

The challenge

Charging growth can exceed available electrical capacity unless vehicle use, charger power, access rules and load management are considered together.

Our approach

  1. 01Assess vehicle dwell time, expected use, electrical capacity and future expansion.
  2. 02Coordinate charger locations, circuits, protection, accessibility and parking operations.
  3. 03Define load-management, user access, monitoring and billing interfaces where required.
  4. 04Commission protective functions, charging sessions, user workflows and operator reporting.

System architecture

How it fits together.

Layer 01

EV Charging

EV Charging contributes generation, storage, charging or protected supply according to the load and operating model for ev charging & e-mobility.

Layer 02

EV Charging Management

EV Charging Management contributes generation, storage, charging or protected supply according to the load and operating model for ev charging & e-mobility.

Layer 03

E-Mobility Infrastructure

E-Mobility Infrastructure supplies a defined capability in ev charging & e-mobility; interfaces, ownership, operating rules and acceptance are set during project design.

Layer 04

Integration boundary

Define interfaces between ev charging & e-mobility, its connected systems and the owner's existing environment.

The ev charging & e-mobility scope connects EV Charging, EV Charging Management, E-Mobility Infrastructure through agreed interfaces, network and power dependencies, operating roles and commissioning criteria. Final system selection and interfaces are confirmed against project requirements.

Systems

Systems involved

Typical applications

Commercial propertiesFleet depotsParking facilitiesMobility hubs

Delivery approach

From brief through integrated handover.

  1. 01

    Profile loads, site conditions and operating constraints

  2. 02

    Engineer generation, storage, protection and controls as a system

  3. 03

    Coordinate installation and commissioning interfaces

  4. 04

    Configure monitoring and handover operating guidance

Business units

Delivered by

  1. 01Understand
  2. 02Design
  3. 03Select
  4. 04Deliver
  5. 05Integrate
  6. 06Test & Commission
  7. 07Train & Support

Planning ev charging & e-mobility?

Share the project, location and stage. Documents can be shared after the initial enquiry if needed.

Discuss a Project