Home Genis GENISEV EVSE Simulator
Image 1
Image 2
Image 3
Genis

GENISEV EVSE Simulator

Now includes NABL Calibration Certificate.

The GENISEV EVSE Simulator is a professional Electric Vehicle Supply Equipment (EVSE) simulation platform developed for testing, validating and commissioning electric vehicle charging systems. Designed for EV manufacturers, charger developers, R&D laboratories and compliance testing facilities, it simulates real charging station behaviour based on IEC 61851 and ISO 15118 communication standards. It enables engineers to verify EV charging performance, charging protocols, fault handling and interoperability without requiring a physical charging station..

  • Detail
  • Special Features
  • Specification

The GENISEV EVSE Simulator is designed to emulate the complete behaviour of an AC or DC charging station, allowing engineers to validate Electric Vehicle (EV) charging systems during development, production and certification. It provides a safe and repeatable environment for testing charging communication, charging control logic, interoperability and fault conditions before connecting to an actual charging station.

Supporting internationally recognised charging standards such as IEC 61851 and ISO 15118, the simulator enables developers to evaluate the complete charging process from initial connection through charging negotiation to charging completion. It significantly reduces development time while improving testing accuracy for electric vehicles and charging equipment.

The simulator supports hardware-in-the-loop (HIL) testing, software validation, communication protocol analysis and interoperability verification. Engineers can simulate different charging scenarios, connector states and charging conditions to ensure reliable operation under real-world conditions.

 

Applications

  • Electric vehicle charger development
  • EV onboard charger testing
  • EV charging protocol validation
  • EVSE communication verification
  • Hardware-in-the-loop (HIL) testing
  • ISO 15118 interoperability testing
  • IEC 61851 charging validation
  • EV charging controller development
  • Charging station commissioning
  • Automotive electronics testing
  • Battery management system (BMS) validation
  • Research and development laboratories
  • Production testing
  • EV charger quality assurance
  • Compliance and certification testing

Benefits

  • Simulates real EV charging station behaviour
  • Eliminates the need for a physical charging station during development
  • Reduces development and validation time
  • Supports repeatable automated testing
  • Improves interoperability verification
  • Simplifies charger commissioning and troubleshooting
  • Provides safe testing of charging communication
  • Supports laboratory, production and field environments

Complete EVSE Behaviour Simulation

The simulator accurately reproduces the behaviour of an electric vehicle charging station, enabling realistic charging tests throughout the development cycle.

 

IEC 61851 Compliance

Supports EV charging control according to the IEC 61851 standard for conductive charging systems.

 

ISO 15118 Communication Support

Supports high-level communication between electric vehicles and charging stations using ISO 15118 protocols for advanced charging applications.

 

AC and DC Charging Simulation

Capable of simulating both AC and DC charging environments depending on the configured hardware and software options.

 

Realistic Charging Process Emulation

Simulates the complete charging sequence including:

  • Vehicle connection detection
  • Control Pilot (CP) signalling
  • Proximity Pilot (PP) detection
  • Charging negotiation
  • Charging session control
  • Charging termination
  • Error handling
  •  

Communication Protocol Validation

Enables verification of communication between:

  • Electric Vehicle (EV)
  • Electric Vehicle Supply Equipment (EVSE)
  • Charging controller
  • Battery Management System (BMS)
  •  

Hardware-in-the-Loop (HIL) Support

Suitable for Hardware-in-the-Loop environments where real hardware interacts with simulated charging infrastructure.

 

Interoperability Testing

Validates compatibility between different EVs and charging systems before field deployment.

 

Fault Simulation

Allows engineers to introduce charging faults and abnormal operating conditions for system validation and troubleshooting.

Typical fault scenarios include:

  • Communication interruption
  • Charging interruption
  • Pilot signal faults
  • Connection failures
  • Safety fault conditions
  •  

Safe Laboratory Testing

Enables charging communication testing without exposing engineers or equipment to unnecessary electrical risks associated with live charging stations.

Software Validation

Supports verification of:

  • Charging software
  • Charging algorithms
  • Control firmware
  • Communication stacks
  • Charging controller applications
  •  

Research and Development Platform

Suitable for:

  • Automotive OEMs
  • EV charger manufacturers
  • Component suppliers
  • Universities
  • Research institutes
  • Certification laboratories
  •  

Compact Development Platform

Designed for laboratory integration while supporting automated testing and repeatable validation procedures.

Specification Details
Product Type EVSE Simulator
Primary Function Electric Vehicle Supply Equipment Simulation
Supported Charging Standards IEC 61851, ISO 15118
Charging Types AC and DC Charging Simulation
Communication Support EV–EVSE Communication Testing
Charging Process Simulation Complete Charging Session
Control Pilot (CP) Supported
Proximity Pilot (PP) Supported
Charging Negotiation Supported
Charging Session Control Supported
Communication Validation Supported
Hardware-in-the-Loop (HIL) Supported
Software Validation Supported
Interoperability Testing Supported
Fault Simulation Supported
Development Environment Laboratory, R&D and Production
Applications EV Development, Charger Development, Validation and Certification
Typical Users Automotive OEMs, EV Charger Manufacturers, Research Laboratories and Test Facilities

 

Supported Testing Functions

  • EVSE communication testing
  • Charging session simulation
  • Control Pilot validation
  • Proximity Pilot validation
  • Charging sequence verification
  • Protocol interoperability testing
  • Charging controller validation
  • Firmware testing
  • 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
  • Test Laboratories
  • Industrial Automation
  • EV Charger Production
  • Certification and Compliance Laboratories