Research communities, utilities, and industry leaders across Europe are adopting IEEE 2030.5 and Secure SunSpec Modbus to support grid modernization, flexibility markets, cybersecurity, and intelligent energy coordination.
SunSpec Europe helps accelerate this transition through open, globally recognized standards.
Europe’s rapid growth in solar, batteries, EV charging, and flexible loads is increasing system complexity.
SunSpec Europe promotes secure, interoperable communication frameworks that allow energy devices from different manufacturers to work together seamlessly, reducing integration costs and improving grid reliability.
SunSpec Europe connects manufacturers, utilities, research institutions, software providers, and policymakers to advance real-world interoperability solutions.
Members gain access to technical collaboration, research grant programs, implementation expertise, and strategic participation in Europe’s evolving digital energy ecosystem.
InterSTORE was a Horizon Europe-funded initiative that demonstrated how open, interoperable communication standards such as SunSpec IEEE 2030.5 can integrate distributed energy storage and distributed energy resources within real-world energy systems. The project focused on enabling secure coordination, flexibility services, and hybrid energy optimization across decentralized grids, helping transform distributed storage into an active, monetizable asset for Europe’s evolving energy market.
The FLEXSolar-BW research project, launched by the Technische Hochschule Ulm, is funded by the Ministerium für Umwelt, Klima und Energiewirtschaft Baden-Württemberg and aims to pilot “Flexible Export Limits” for photovoltaic systems under the regulatory and technical conditions of Baden-Württemberg. The initiative brings together research, grid operators, and industry partners to test dynamic grid-responsive solar export controls as an alternative to static curtailment approaches under policies such as the German Solarspitzengesetz. The project creates a pathway for advanced interoperability standards such as IEEE 2030.5 to support secure, utility-coordinated DER communication and flexible grid integration at scale.