Leading DC fast-charging technology

Europe added more public charging points in 2024 than in any previous year — the network grew past 1 million points, up more than 35% year-on-year, according to IEA data. On paper, the rollout race looks like it's being won.

But EV sales have grown roughly three times faster than the charging network since 2017, according to ACEA. And the European Commission itself has admitted its 2030 target of 3.5 million charging points is likely insufficient — ACEA's own estimate puts the real need closer to 8.8 million.

For more than a decade, Europe's priority was clear: expand charging infrastructure to accelerate electric vehicle adoption.

Today, the focus is evolving.

As electric mobility matures, success is no longer measured simply by the number of charging stations deployed. It will be defined by how efficiently, flexibly, and sustainably charging infrastructure can be developed, manufactured, deployed, and operated.

This shift is reflected in the European Union's Alternative Fuels Infrastructure Regulation (AFIR), which places growing emphasis not only on infrastructure deployment, but also on interoperability, transparent pricing, ad hoc payment, and a consistent user experience.

Together, these developments point to a broader industry transition—from expanding charging infrastructure to building an integrated charging ecosystem.

Building an Integrated Charging Ecosystem

As charging infrastructure becomes more connected, developing competitive charging products requires far more than hardware design.

Today's solutions need to integrate charging hardware, software platforms, payment systems, energy management, grid interaction, certification, remote operation, and lifecycle services into one coordinated system.

This is changing the nature of product development.

The challenge is no longer simply building a charger—it is delivering an infrastructure solution that can evolve with changing technologies, regulations, and customer expectations.

Many advanced industries have evolved through specialized ecosystems, where different companies contribute their strongest capabilities to create a more efficient and competitive overall system.

The Cost of Building Everything In-House

Building and maintaining all these capabilities internally requires significant investment.

Beyond engineering resources, companies must continuously invest in product development, product certification, manufacturing capabilities, supply chain management, quality assurance, inventory management, and long-term technical support.

The result can be longer development cycles, greater capital commitment, slower time-to-market, and increased operational complexity.

This challenge is becoming even more significant as the industry evolves.

As technologies and regulations continue to evolve, many companies are beginning to reassess where their resources create the greatest value.

Charging technologies are evolving rapidly. New applications such as commercial fleets and heavy-duty charging are introducing additional technical requirements.

Companies must continuously invest in product upgrades while maintaining competitiveness in an increasingly dynamic market.

For many local manufacturers, engineering companies, distributors, and solution providers, the challenge is no longer whether they can develop a charger.

The challenge is whether they can build an entire charging business quickly enough—and profitably enough—to remain competitive.

Rethinking What to Build—and What to Partner

As the industry becomes more complex, companies are increasingly reassessing which capabilities should be developed internally and which can be strengthened through strategic partnerships.

Over the past decade, China has developed one of the world's most mature EV charging supply chains, supported by large-scale deployment, extensive manufacturing experience, advanced power electronics capabilities, and efficient supplier networks.

At the same time, European companies bring valuable strengths in market knowledge, customer relationships, local regulations, project execution, and trusted brands.

These capabilities are complementary.

Rather than attempting to build every capability independently, companies are increasingly focusing their resources on the areas where they create the greatest differentiation—while leveraging specialized partners for technology development, manufacturing efficiency, and scalable production.

This approach does not replace local capabilities.

It is to build and strengthen their own charging businesses.

Increasingly, competitive advantage will come not from owning every capability, but from knowing which capabilities to build, which capabilities to share, and which partners can help create greater value.

Supporting Local Brands Through Open Partnership

This is where DiMCO positions itself.

Rather than acting as a conventional equipment supplier, we see ourselves as a Technology & Manufacturing Partner that enables companies to build their own charging businesses while maintaining ownership of their brands and market relationships.

Our modular architecture/platform is built around standardized, pre-tested Building Blocks and Controllers with unified interfaces, enabling partners to develop, integrate, assemble, customize, and expand charging solutions without starting from scratch.

Whether through localized assembly, OEM and ODM development, engineering collaboration, or flexible manufacturing support, partners can choose the collaboration model that best aligns with their business strategy and stage of growth.

For us, modularity is more than a product architecture.

It is a practical collaboration model that enables partners to build locally, integrate freely, develop their own brands, and scale with confidence as market needs continue to evolve.

model that enables partners to build locally, integrate freely, develop their own brands, and scale with confidence as market needs continue to evolve.

Building the Future Through Shared Capabilities

Europe's charging transition is reshaping not only how infrastructure is deployed, but also how the industry creates value.

The future of EV charging will not be defined by companies attempting to own every capability.

It will be defined by those who can connect the right capabilities, technologies, and partnerships to create stronger business models.

That is the foundation of DiMCO's open technology and manufacturing partnership approach: enabling companies to combine local market strengths with global engineering and manufacturing expertise to build the next generation of EV charging solutions in a much more cost-effective way.