Consulting for efficient eMobility integration

The growing number of electric vehicles and political initiatives are driving the demand for fast charging infrastructures. This poses new challenges on distribution grid operators as well as fleets, gas station and other charging infrastructure operators. 

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New challenges

Ensuring a sustainable development and integration of eMobility charging infrastructure

To design, permit, and construct distribution upgrades and charging stations, market players need a forward view, a forecast. This forecast underpins any business case that defines an eMobility strategy and helps derive efficient charging infrastructure concepts. We have an experienced team of experts to support you in these tasks.

A holistic approach to eMobility integration

Siemens PTI supports you with best-practices and technology know-how. Our team consists of management consultants as well as grid planning experts with a clear focus on profitability and feasibility. With our consultancy for eMobility integration, you receive:

  • A detailed EV adoption forecast and a holistic strategy concept with an economically efficient, flexible and transparent roadmap  
  • An understanding of business model alternatives open to charging providers and their partners
  • An assessment of policy alternatives and incentives to further drive EV adoption
  • A detailed assessment of the impact of electric vehicles on power grids
  • Optimized grid concepts which allow for a higher grid utilization and an improved grid performance

Ensuring the success of your emobility integration project

Siemens PTI provides a broad range of vendor-neutral consulting services in the field of electromobility – ranging from forecasts of EV adoption to detailed implementation roadmaps for charging infrastructure and customized workshops.

eMobility Stress Test

The trend towards electromobility is gaining pace. Distribution system operators are now facing the questions of how their grids will be affected by an increasing penetration of EV charging infrastructure in the future, and if the installed equipment, such as cables and transformers, will have to be adapted to the changing requirements. Siemens has developed a methodology which allows utilities to assess the impact on their grid based on detailed forecasts of the expected load development for a predefined time frame.

Adapt your planning criteria to the increasing load demand 


Project references

Find out more about how we have supported customers in their eMobility projects.
Within the Moving Rwanda partnership and as a first of its kind for the African continent, Volkswagen has launched this pilot project to test the feasibility of electromobility in an African country. By partnering with Siemens PTI, we were able to develop an optimal integration strategy and charging infrastructure concept which can be applied to other African markets like Ghana and Ethiopia in the future.
Thomas Schaefer (CEO), Volkswagen of South Africa (Pty) Ltd.

Electric Vehicle Adoption to Drive Substantial Grid Impacts and Billions in Investment

Energy demand from private and commercial electric vehicle (EV) charging is expected to reach 791.9 TWh by 2050, per the latest Siemens forecast for the contiguous US, as a reference case scenario. Siemens finds most utilities are only just beginning to explore methods to address the pending planning challenge or the opportunities EVs present. This whitepaper explores the potential impact EVs could have on the grid and billions in investment.


We are at your service

If you’d like to learn more about what we can do for you, please contact us. We’re looking forward to answering all your questions about our consulting services, and we’ll be pleased to provide you with comprehensive information.

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