Dutch Distribution System Operators (DSOs) are attempting to decouple long-term grid infrastructure from immediate vendor constraints by prioritizing interoperability in their next-generation metering rollout. Under the Netbeheer Nederland flag, Trilliant has been selected to support the "NextGen" Advanced Metering Infrastructure (AMI) programme. This selection follows a competitive tender involving 25 applicants. Trilliant will develop and deliver Gateways compliant with the DSMR6 (Dutch Smart Metering Requirements, version 6) concept, providing the foundational hardware necessary to manage an increasingly complex and distributed energy landscape across the Netherlands.
Trilliant Selected for NextGen Gateway Development
The NextGen programme, led by an innovation partnership of all Dutch DSOs, aims to move beyond traditional AMI deployments to create a more resilient energy foundation. Trilliant's role focuses on the delivery of Gateways, a critical component of the DSMR6 metering concept. According to Paul Bierman, Product Owner Gateway for the DSOs, the selection was based on Trilliant's ability to integrate technical innovation with flexible architecture, low-power design, and rapid prototyping capabilities.
To manage the scale of this deployment, which is designed to support millions of gateways and metering endpoints, Trilliant will utilize its UnitySuite® platform. This platform provides fleet and device management alongside a hybrid communications architecture. The DSOs are positioning this infrastructure to support future grid-edge intelligence and applications. To support this long-term commitment, Trilliant plans to establish a principal office in Amsterdam, leveraging its existing global operations and Canadian ownership to manage the Dutch deployment.
Mitigating Vendor Lock-in via AMI 2.0 Standards
The Dutch DSOs are utilizing a "surf the wave" principle to ensure the NextGen programme can evolve as technologies mature. This strategic approach is intended to prevent the network from being locked into specific technological decisions made at the start of a long-term deployment. By emphasizing standardization and interoperability, the DSOs aim to grant utilities the freedom to select diverse technologies and suppliers over time, effectively reducing the risks associated with vendor lock-in.
This architecture is designed to accommodate a 20-year plus investment cycle, adapting to both evolving technologies and changing regulatory requirements. The programme is positioning itself at the forefront of the AMI 2.0 movement in Western Europe. By shifting toward an open technology model, the Netbeheer Nederland partnership is testing whether a modular, interoperable framework can better manage the integration of increasing distributed energy resources and the heightened demand for real-time metering data across the national grid.
Key Takeaways
- Trilliant won a competitive tender against 25 applicants to provide Gateways for the Dutch NextGen AMI programme.
- The deployment will support millions of gateways and metering endpoints using the DSMR6 metering concept.
- The NextGen programme utilizes a "surf the wave" principle to allow infrastructure to evolve alongside maturing technologies over a 20-year period.
EnergyInsyte's Take
In our view, the Dutch DSOs are setting a significant precedent for how large-scale utility infrastructure should be procured in an era of rapid technological shifts. By explicitly designing the NextGen programme to avoid vendor lock-in through the "surf the wave" principle, Netbeheer Nederland is addressing a primary failure of first-generation AMI rollouts: the inability to upgrade components without replacing entire systems. This move toward an interoperable, DSMR6-compliant architecture suggests that European grid operators are increasingly prioritizing long-term lifecycle flexibility over the perceived simplicity of monolithic, proprietary solutions. This shift could force technology providers to compete on modularity rather than ecosystem dominance.
Questions & Answers
How does the NextGen programme address the risk of technological obsolescence?
The programme employs a "surf the wave" principle, which allows the infrastructure to evolve as technologies mature. This architecture is designed to adapt to new technologies and regulatory requirements over a projected investment period of more than 20 years.
What specific technical role will Trilliant play in the Dutch grid modernization?
Trilliant will develop and deliver Gateways that comply with the DSMR6 (Dutch Smart Metering Requirements, version 6) concept. They will also use their UnitySuite® platform for device management and provide a hybrid communications architecture.
What is the scale of the intended deployment in the Netherlands?
The NextGen programme is designed to support a foundational deployment involving millions of gateways and metering endpoints across the Dutch energy network.
Why did the Dutch DSOs choose a competitive tender process for this project?
The tender process, which attracted 25 applicants, was designed to identify a partner capable of delivering a Gateway that combines technical innovation, flexible architecture, and rapid prototyping to meet the DSOs' long-term vision.
Source: Trilliant
