E-mobility battery storage solutions

Cost-efficient charging infrastructure for companies with EV fleets

Limited grid connection capacity, high costs, and growing charging demand in e-mobility? We deliver project-specific battery storage solutions that make your charging infrastructure cost-efficient and scalable.

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Why charging infrastructure for EV fleets becomes a cost factor

Expanding charging infrastructure for EV fleets is now less a technical challenge than an economic one. Limited grid connection capacity, high grid connection costs, and rising grid fees mean that projects are either delayed or implemented at avoidably high cost.

In many cases, detailed planning reveals that the existing infrastructure is insufficient to support the desired expansion in a cost-effective way. Without a holistic approach, this leads to high investment costs, reduced planning certainty, and increased project risk.

In practice, the same challenges arise time and again:

Begrenzter Netzanschluss

Limited grid connection capacity

The existing grid connection capacity is insufficient to operate planned charging points simultaneously.

Profit

High grid connection and grid fee costs

Insufficient grid expansion and rising grid fees make charging infrastructure economically unattractive.

Lastspitzen

Costly peak loads during charging

Simultaneous charging processes lead to peak loads and, as a result, permanently high operating costs.

Planungssicherheit

Limited planning certainty for expansion

Existing infrastructure is difficult to scale, and future charging demand is hard to predict.

Battery storage as a key economic lever for e-mobility

With battery storage, your charging infrastructure no longer needs to be designed for rare peak loads. Energy is provided on demand and distributed intelligently. This reduces costs, increases availability, and enables a structured, scalable rollout.

INTILION views charging infrastructure as an integrated system consisting of grid connection, battery storage, charging points, and energy management. Each system is designed on a project-specific basis, taking into account site conditions, charging profiles, and expansion plans.

What this means for your project:
  • Reduce or avoid grid connection costs
  • Mitigate peak loads (peak shaving) and stabilize operating costs
  • Enable more charging points despite limited grid capacity
  • Create scalability and planning certainty for phased expansion
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Electric vehicle to charging infrastructure at company site

Why companies
rely on INTILION

The success of EV charging infrastructure projects depends not only on technology. What matters is how early economic, infrastructural, and organizational parameters are considered. This is exactly where INTILION comes in.

INTILION approaches charging infrastructure as an integrated system. Grid connection, battery storage, charging points, and energy management are jointly optimized and aligned.

Our services cover the entire lifecycle – from early-stage concept development and system design to implementation and commissioning. An overview of our service portfolio can be found on our service page.

Instead of standard solutions, we develop project-specific concepts based on real charging profiles, expansion targets, and economic requirements.

The objective is a charging infrastructure that is economically viable today and reliably meets future demand.

Let's talk about your project


Are you planning charging infrastructure for your EV fleet or looking to optimize existing sites economically? We support you in developing the right solution tailored to your requirements.

After your project inquiry, we will get back to you promptly. In an initial discussion, we assess the framework conditions, evaluate grid connection capacity and charging profiles, and provide a well-founded first assessment – including a high-level system design.

Whether you are in an early concept phase, detailed planning, or optimizing existing infrastructure, we engage at the stage you are in.

Submit a project request