Charging communication
Specification, testing, and validation at the interfaces between
Electric vehicle, charging station and management system
Quality
Check the quality of your components (charging station or electric vehicle) in terms of performance or system stability.
Business models
Benefit from new, innovative business models, such as V2G and V2H, and successfully bring them to production maturity.
Infrastructure
Focus your own resources by
access to our test infrastructure.
Partnership
Rely on us as a reliable partner who brings along technology know-how and network.
Validation of charging communication
Ensuring stable charging communication between electric vehicles and charging stations presents challenges for manufacturers on both sides. Master the steps towards series production in electromobility.
Testing
Test your components (charging station or electric vehicle) in terms of performance and system stability.
Measurement technology
Expand your testing depth with our diverse analysis and measurement experience.
Integration
Create a coherent integration of electric vehicles, charging systems and energy market.
Standardization work
Be sure that norms and standards of your products and solutions are cleanly maintained.
Through international standards such as ISO 15118, OCPP and EEBus
get Smart Charging reality.
Expand your test capacities for the growing electromobility market. Rely on proven expertise in the field of vehicle communication. Test your components (charging station or electric vehicle) with regard to performance, system stability and service life.
0 ISO standard
Charging communication vehicle/charging pole
0 IEC standard
Conductive
Charging systems
0 Experts
Know-how and employees
0 IEC standard
Connector types
and charging modes
0 IEC standard
E-Mobility
Eco system
Increase storage capacities
Storage capacities in the overall system are increased by e-vehicles, thereby achieving efficient integration of renewable energies.
Achieve power grid stabilization
Grid stabilization can be achieved through the control power of bidirectional charging.
Saving investment costs
An overload of the distribution network due to charging of e-vehicles can be counteracted. This reduces investment costs for the infrastructure.
Reduce load peaks
Load peaks can be significantly reduced, saving companies money (in the form of grid fee reductions).
Bidirectional charging communication enables new business models.
A major component in the success of electromobility is an intelligent power management. Only dynamic energy management can help with a increasing number of electric vehicles, help to keep the infrastructure costs of the power grid limited. This requires bidirectional communication between the e-vehicle and the wallbox. From this point of view e-cars are no longer viewed solely as electricity consumers, but also as storage instances in an overall system. Specially in combination with renewable energies, this is becoming increasingly important. In this context, charging and battery management of e-vehicles is becoming an important new topic area, which we at VISPIRONSYSTEMS are already actively shaping.
V2G - Vehicle to Grid
Systems in which electricity from vehicle storage is fed back into the power grid are referred to as vehicle-to-grid (V2G) systems.
Such a system places high technical demands on both the e-car and the charging station.
V2H - Vehicle to Home
Systems in which electricity from vehicle storage is fed back into the home grid are called vehicle-to-home (V2H) systems. Surplus energy from PV systems can be temporarily stored in the vehicle battery and later fed back into the household grid for consumption.
Help determine the development of a pioneering technology.
The effective and efficient charging and battery management of EVs (Electric Vehicles) is becoming an important new core competence in automotive engineering. Successful influence in standardization work for OCPP and ISO 15118 in the relevant charging communication committees will allow you to actively shape this area.
Since 2022 VISPIRON SYSTEMS is a member of the Open Charge Alliance.
The Open Charge Alliance (OCA) develops the internationally established communication protocol OCPP for the control, monitoring and configuration of charging stations by their operators.
The OCPP and ISO 15118 will lead the way for the development of new charging technologies.
News around charging communication
Blog for sustainable energy management & electromobility
OCPP: From charging billing to smart charging
The Open Charge Point Protocol (OCPP) is a communication protocol between charging stations and a central management system (also called backend) used by charging station operators. It is particularly used in public charging and fleet charging.
Why is successful e-mobility not possible without intelligent charging stations?
A key element in the success of electromobility is intelligent energy management. As the number of e-vehicles increases, only dynamic energy management can help limit the infrastructure costs of the power grid.
Which plug types are there at all and what should be considered?
The plug types used in e-mobility are standardized via the international standard IEC 62196. This standard, among many others, is maintained by the International Electrotechnical Commission (IEC).
The Germany network...
... or what was left of Andi Scheuer. Will it be possible to charge everywhere soon? A refreshingly honest, satirical opinion about the planned fast-charging network in Germany, seasoned with a good pinch of facts.
We look forward to meet you.
Your contact Andrea Hölzlwimmer
Teamleader Smart Charging Systems
