Energy & compute — architected.
Energy and compute are no longer utilities. They are spatial,
economic and strategic assets. We shape them accordingly.
Vision
Designing microgrids of the future
Decentralised. Sovereign. Integrated.
Fostering prosperity and progress in Germany and Europe through decentralisation and sovereignty of integrated systems.
Energy and compute, abundant by design.
Reshaping infrastructure development with a focus on energy abundance and computing power.
Data, kept where it belongs.
Data sovereignty as the foundation of our prosperity, our security and our progress, today and tomorrow.
Mission
Designing hybrid power and IT workload platforms
that strengthen resilent microgrids
»We are energy architects.«
Four decades of designing spaces where people live and work. Now: designing the infrastructure that powers them. The discipline is the same: clarity of form, precision in detail, integration as principle. Applied to the grid, applied to compute, applied to the systems Europe will rely on for the next generation.
In partnership
We move hand in hand with nature, residents, authorities, investors, energy and grid operators, and compute stakeholders. Tailored business models range from lease to acquisition.
Longterm. In the heart of Europe
We develop sustainable, long-term projects in the heart of Europe, in Germany. terahash.teherani is conceived as the strategic core of every project: an energy platform that spans grid balancing all the way to dedicated heat-pump swarms.
Our sweet spot
Ours is mid-sized, modular and regional. Sites between 10 and 50 MW: containerized, removable, expandable, relocatable. Designed around the grid connection points Europe actually has, and around the regions that benefit from hosting them.
Two partners.
One Synthesis.
terahash.teherani is the synthesis of the infrastructure and design expertise of the Hadi Teherani Group and the industrial strength of the Kläger Group. Established as an independent entity, terahash.teherani develops digital infrastructure for the next generation of computing power — beyond conventional hyperscaling.
Hadi Teherani Solar (HTS) | Hadi Teherani H2 Hub | Hadi Teherani Architects (HTA)
- AI / HPC Property Development
- Greenfield Project Development
- Power Purchase Agreements
- Green Hydrogen (H2 Hub)
terahash.energy | Kläger Group
- 75Y Family Business
- 50M+ Revenue pa
- Blockchain Computing & Digital Asset Expertise
- Data Center Colocation Scandinavia
- Industrial Heat Pump & Server Rack Modules
Our Solutions
Energy and compute, designed as one system.
We create small to mid-sized sites, where energy is secured, flexibility is embedded, and value creation is immediate.
From grid-connected land to fully integrated energy platforms: every site is built to host the workloads the next decade demands, from industrial AI to sovereign compute and blockchain computing to decarbonised heat. The CO₂-neutral power plants of the future. The sustainable loads the grid is looking for.
- Battery storage (BESS): grid balancing, peak shifting, revenue stacking
- Industrial heatpumps: powering the heat network of the future
- Hybrid energy architectures: renewables, grid, storage, dispatchable load
- Modular HPC and datacenter environments: industrial AI workloads, GPU clusters, blockchain compute
- Distributed thermal systems: waste heat as a regional asset, not a byproduct
- Hydrogen (H₂): where surplus power meets long-duration demand
The hyperscaler model is reaching its limits. Single-site gigawatt campuses concentrate demand where the grid cannot follow. The industrial AI workloads that drive European productivity need a different answer: decentralised, sovereign, close to industry.
We treat each connection point as the scarce strategic asset it is. Every site we build returns value to three audiences at once: investors who capture infrastructure-grade returns, operators who get sovereign compute capacity, and regions that gain tax base, jobs and decarbonised heat.
Benefits
For investors
Infrastructure-grade returns in the layer the market is missing.
Europe’s energy transition is one of the most attractive infrastructure markets of the decade, and one of its most complex. Capital is finding generation. The bottleneck is moving elsewhere.
The constraint is no longer producing electricity. It is landing it: grid capacity, flexibility, secured offtake and the development discipline to turn scarce connection points into operating sites. Traditional generation investments hit this ceiling.
terahash.teherani operates inside that bottleneck. We develop energy-optimised infrastructure platforms with multiple revenue dimensions, built around assets the grid actually rewards.
Where the returns come from
- Grid-serving assets: BESS, flexibility, ancillary services
- Secured offtake: industrial AI workloads, HPC, datacenter and blockchain tenants on long-term contracts
- Powered land value uplift: connection rights translated into developed sites
- Modular scalable systems: heat pump clusters, hybrid architectures, hydrogen-ready design
What investors get
Access to scarce grid resources. Diversified cashflows instead of single-asset risk. Exposure to the next generation of energy infrastructure.
For datacenter, HPC and cloud developers
Power is the constraint. We solve for it.
Land is not the bottleneck. Capital is not the bottleneck. Available, scalable, sovereign power is. Hyperscaler campuses are pulling gigawatts to single locations the grid cannot serve. Industrial AI workloads need a different model: distributed, mid-sized, fast.
terahash.teherani develops exactly that infrastructure.
What we offer
- Powered land: sites with secured grid connection, ready to operate
- Integrated BESS and flexible load systems for cost optimisation and grid services
- Hybrid concepts for HPC, cloud and edge: co-located energy and compute, not stitched together
- Architecture and master planning: modular, scalable, containerized campus structures
What it means for your business
Faster time-to-power. Lower and more predictable energy costs. Higher operational resilience through embedded flexibility. Access to sites the open market does not offer.
For municipalities, public stakeholders and grid operators
Infrastructure that creates value.
Many regions face the same challenges: overloaded grids, slow investment, pressure for new tax revenue, structural change, and the need to defend skilled employment. Energy infrastructure has too often been something done TO a region. We treat it as something done WITH one.
What we develop together
- Energy infrastructure that relieves the grid instead of straining it: flexible load, embedded storage, intelligent control
- Sites with direct economic use: datacenter, HPC and industrial AI workloads anchored regionally
- Waste heat utilisation: heat pump clusters and thermal networks that turn a byproduct into regional warmth
- A new generation of industrial parks: energy and technology campuses, not warehouse zones
What it means for the region
Additional tax base. New high-skilled employment. Accelerated site development. An active role in the energy transition.
For grid operators
Peak load reduction. Integration of flexible consumers and storage at scale. Strategic load placement at the points the grid actually needs to be stabilised.
Infrastructure, economy and design, brought together. New possibilities for the regions that host us.
Our three pillars
of performance
Connecting with speed
Sites built around scarce, valuable grid connection points, ready to operate from day one. Powered land where it matters most – focused on speed.
Flexible and modular
Energy stored, shifted, balanced. BESS, hybrid architectures and dynamic load management turn volatility from a problem into a margin.
Open Platform
Every site is built to integrate what the next decade demands: industrial AI workloads, HPC, datacenter capacity, distributed thermal systems, hydrogen.
Our approach
Synthesis of architecture and energy
Each site is conceived as a coherent system, not a collection of assets. Infrastructure has long been invisible. We make it intentional.
Clarity
Systems reduced to their essential logic. Nothing on a site exists that does not earn its place.
Precision
Every component serves performance and value. Where others approximate, we engineer.
Integration
Architecture and energy as one discipline. Power flows, thermal flows and data flows, designed together rather than bolted on.
The result: infrastructure that performs and endures for decades.
Our shared ecosystem of companies
