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Genis

GENISEV EV Simulator

Now includes NABL Calibration Certificate.

The GENISEV EV Simulator is a professional electric vehicle (EV) simulation platform designed for testing, validating and commissioning AC and DC EV charging stations without requiring a physical electric vehicle. It accurately emulates EV charging behaviour according to IEC 61851 and ISO 15118 standards, enabling charger manufacturers, automotive OEMs, EVSE developers and testing laboratories to verify charging communication, interoperability and charging performance in a safe, repeatable environment..

  • Detail
  • Special Features
  • Specification

The GENISEV EV Simulator is developed to simulate the complete behaviour of an electric vehicle during AC and DC charging. Instead of connecting a real EV, engineers can use the simulator to validate charging stations, charging controllers and communication protocols throughout product development, production testing and field commissioning.

The simulator reproduces the charging process from vehicle connection through charging negotiation, energy transfer and charging completion. It supports internationally recognised charging standards including IEC 61851 for conductive charging control and ISO 15118 for high-level EV charging communication, making it suitable for interoperability and compliance testing.

Using an EV simulator significantly reduces testing time while eliminating the need for an actual electric vehicle during development. Engineers can configure different battery states, charging parameters and communication scenarios to verify charger functionality under controlled laboratory conditions.

The platform supports hardware-in-the-loop (HIL) testing, charger software validation, communication protocol verification and charging controller development. It enables manufacturers to evaluate charger performance before field deployment while ensuring compatibility with different electric vehicle implementations.

 

Applications

  • AC EV charger testing
  • DC fast charger validation
  • EV charging station commissioning
  • EVSE development
  • Automotive electronics development
  • Battery Management System (BMS) testing
  • Charging controller validation
  • EV communication protocol testing
  • ISO 15118 interoperability testing
  • IEC 61851 charging validation
  • Hardware-in-the-Loop (HIL) testing
  • Research and development laboratories
  • EV charger production testing
  • Quality assurance
  • Certification and compliance testing

Benefits

  • Eliminates the need for a physical electric vehicle
  • Simulates realistic EV charging behaviour
  • Reduces development and validation time
  • Supports repeatable automated testing
  • Improves charger interoperability
  • Enables safe laboratory testing
  • Simplifies charger commissioning
  • Supports both development and production environments

 

Real Electric Vehicle Behaviour Simulation

The simulator accurately reproduces electric vehicle charging behaviour, allowing charging stations to be tested under realistic operating conditions without connecting an actual EV.

 

IEC 61851 Charging Control

Supports conductive charging control according to IEC 61851, including Control Pilot (CP) signalling required for EV charging communication.

 

ISO 15118 Communication Support

Supports high-level communication based on ISO 15118, enabling validation of advanced charging communication between electric vehicles and charging stations.

 

AC and DC Charging Support

Designed for validation of both AC and DC charging systems depending on the selected hardware configuration.

 

Complete Charging Process Simulation

The simulator can emulate:

  • Vehicle connection
  • Control Pilot (CP) signalling
  • Charging negotiation
  • Session establishment
  • Charging current requests
  • Power delivery
  • Charging termination
  • Communication errors
  • Fault handling
  •  

Configurable Battery Simulation

Engineers can configure charging parameters to simulate different electric vehicle battery conditions during testing.

Typical configurable parameters include:

  • Battery state of charge (SOC)
  • Charging limits
  • Vehicle characteristics
  • Charging behaviour
  • Test scenarios
  •  

Communication Protocol Validation

Supports verification of communication between:

  • Electric Vehicle (EV)
  • Charging Station (EVSE)
  • Charging Controller
  • Battery Management System (BMS)
  •  

Hardware-in-the-Loop (HIL) Compatibility

Suitable for Hardware-in-the-Loop testing where physical hardware interacts with simulated electric vehicle behaviour.

 

Interoperability Testing

Allows charger manufacturers to verify compatibility with different EV charging implementations before product release.

 

Fault Injection

Engineers can simulate abnormal charging conditions for validation and troubleshooting.

Typical test scenarios include:

  • Communication interruption
  • Charging interruption
  • Control Pilot faults
  • Charging negotiation failures
  • Connection errors
  • Safety-related charging conditions

Safe Development Environment

Provides a safe laboratory platform for charger development without requiring live electric vehicles during every validation stage.

 

Software and Firmware Validation

Suitable for testing:

  • Charger firmware
  • Charging algorithms
  • Charging controller software
  • Communication stacks
  • Charging management software
  •  

Research and Development Platform

Designed for:

  • Automotive OEMs
  • EV charger manufacturers
  • EV component suppliers
  • Research laboratories
  • Universities
  • Certification organisations
  • Test laboratories
  •  

User Monitoring Interface

The simulator supports monitoring of charging status and communication behaviour, helping engineers analyse charging sequences and troubleshoot protocol issues during validation.

Specification Details
Product Type EV Simulator
Primary Function Electric Vehicle Behaviour Simulation
Supported Charging Standards IEC 61851, ISO 15118
Charging Modes AC and DC Charging Simulation
Vehicle Simulation Electric Vehicle Emulation
Charging Session Simulation Supported
Control Pilot (CP) Supported
EV Charging Communication Supported
ISO 15118 Communication Supported
Charging Negotiation Supported
Battery Simulation Configurable
Hardware-in-the-Loop (HIL) Supported
Software Validation Supported
Interoperability Testing Supported
Fault Simulation Supported
Development Environment Laboratory, Production and R&D
Applications Charger Development, Validation, Testing and Certification

 

Supported Testing Functions

  • EV behaviour simulation
  • Charging session validation
  • Charger communication testing
  • Control Pilot validation
  • Charging sequence verification
  • Battery state simulation
  • Protocol interoperability testing
  • Charger firmware validation
  • Hardware-in-the-Loop testing
  • Functional verification
  • Production testing
  • Research and development
  • Charger commissioning
  • Compliance validation
  •  

Typical Industries

  • Electric Vehicle Manufacturing
  • EV Charging Infrastructure
  • Automotive Electronics
  • Battery Technology
  • Research Institutions
  • Universities
  • EV Charger Manufacturing
  • Industrial Automation
  • Test and Measurement Laboratories
  • Certification and Compliance Organisations