The planned innovation park will establish an integrated energy and utilization concept with a 25 MW grid connection capacity, combining renewable energy generation, AI computing infrastructure, battery storage systems, and, in the future, the utilization of waste heat at a single location. The objective is to make renewable electricity intelligently usable, build regional digital infrastructure, and contribute to grid-supportive flexibility.
The project is being driven by Hadi Teherani Solar, Hadi Teherani H2 Hub, and terahash.energy. The partnership is based on the strategic combination of complementary expertise: while the energy architects bring decades of experience in the development of photovoltaic solar parks and hydrogen hubs and provide the physical and infrastructural energy foundation, terahash.energy contributes its expertise in digital infrastructure products, modular and flexible computing solutions, and proprietary thermal management systems. Only this combination enables scalable and future-ready solutions for the power plant and factory of the future.
Since 2024, the participating companies have been working closely together, and in 2025 the joint venture was established in Hamburg. The goal is to develop decentralized microgrids that help relieve pressure on energy networks while unlocking new value creation opportunities. The shared roadmap includes the rapid deployment of up to 100 MW of installed capacity.
Numerous guests from politics, public administration, business, and the energy sector attended the official project presentation, including Mr. Schilling, Mayor of the Municipality of Lüttow-Valluhn, Mr. Murche, Managing Director of WEMAG, Mr. Belke from the Chamber of Industry and Commerce (IHK), as well as other representatives from regional institutions.
“Sustainable architecture and future-oriented site development today require a holistic approach to energy and usage cycles. Projects such as the AI Innovation Park MV demonstrate how closely design, technology, and energy supply must be interconnected. Particularly noteworthy is the constructive and supportive role of public authorities, which are creating the right framework conditions through foresight and commitment,” explains Hadi Teherani, architect and co-initiator of the project.
Right to left:: Payam Hazin (CEO terahash.teherani GmbH), Thomas Murche (Director WEMAG Netz GmbH), Marco Schilling (Mayor), Matthias Belke (President IHK), Hadi Teherani (star architect), Dirk Schiewer (planning association), Christian Jahnke (COO HTS GmbH) and Matthias Fendt (Head of Operations terahash.energy GmbH).
“With the AI Innovation Park MV, we want to demonstrate how digital infrastructure, the energy transition, and regional value creation can be combined in a practical and scalable way. Mecklenburg-Western Pomerania possesses significant renewable energy potential—the key is to unlock it intelligently, location-specifically, and in a manner that benefits the overall energy system. The fact that we can now move this project into implementation is largely due to the constructive and committed support of the responsible municipal and building authorities, as well as WEMAG in particular as the grid operator. Without this collaborative support, the idea would have remained an ambitious concept,” explains Payam Hazin, Co-Founder and Managing Director of Terahash Teherani and the project’s concept developer.
“As a family-owned group of companies with more than 75 years of history, we see it as our responsibility to actively shape sustainable and future-oriented developments in order to preserve and further strengthen Germany as a business location. The AI Innovation Park MV represents a new generation of energy projects in which economic stability, technological innovation in modular and scalable infrastructure, sector coupling, and regional value creation go hand in hand,” says Kristian Kläger, Managing Director and Co-Founder of Terahash Teherani and third-generation owner of the Kläger Group.
The innovation park is designed as a multifunctional, AI-ready data center capable of supporting a wide range of IT workloads. In particular, the site offers so-called neocloud providers the opportunity to make AI computing capacity available in Germany at short notice. Battery storage systems will help absorb peak loads and enable flexible integration into the energy system. In addition, the utilization of waste heat for regional heating concepts is currently being evaluated.
“The partnership emerged from the conviction that the next generation of energy and infrastructure projects can only be successfully developed through the interaction of different core competencies. Today, the challenge is no longer solely the generation of renewable energy, but rather aligning it with specific load profiles, digital applications, and system-supportive use cases,” explains Christian Jahnke, COO of Hadi Teherani Solar.
With the official announcement, the project is now entering its next development phase. The goal is to implement a facility within the next twelve months featuring 15 MW of battery storage capacity and up to 10 MW of grid connection capacity for data center operations.
“The real bottleneck in the data center sector today is not the servers—the GPUs—but rather the availability of short-term grid connections, reliable energy supply, and attractive Power Purchase Agreements (PPAs). Through our scalable platform, we are helping drive Germany’s digital evolution into the age of AI while ensuring compliance with the required standards of data sovereignty. We are very proud of that,” emphasizes Matthias Fendt, Head of Operations & Sales at terahash.energy GmbH.
About the Project
The AI Innovation Park MV “TT Energy Vision” at Businesspark A24 combines renewable energy generation, AI computing infrastructure, battery storage, and future heat utilization into a scalable platform. Its objective is to connect regional energy potential with digital infrastructure and technological value creation in Mecklenburg-Western Pomerania.
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