Clean energy
Long-term renewable PPAs and access to surplus hydro, geothermal and grid-integrated power — stable, low-cost, low-carbon.
Sustainable AI & HPC Infrastructure
For power-hungry technologies. Greenroot creates circular, scalable infrastructure for the AI and HPC era. Powered by renewable energy, engineered in-house and designed from the ground up to turn waste heat into local value.
Who we are
Greenroot builds and operates sustainable, high-density GPU infrastructure for hyperscalers and AI firms. We were founded as infrastructure operators with deep experience in data centers and energy optimisation and today we run various international projects in North-America, Europe and Middle-East.
We're not just a hardware company, we're infrastructure partners creating long-term local impact alongside sustainable compute. Every deployment is designed around three principles: clean energy, heat reuse and modular, scalable engineering.
What we do
Everything we build is designed around the intersection of compute, energy and community value.
Long-term renewable PPAs and access to surplus hydro, geothermal and grid-integrated power — stable, low-cost, low-carbon.
Waste heat from compute becomes a local resource, feeding district heating, agriculture and municipal services.
Factory-built, containerised HPC modules deployable in under six months. Scalable, standardised and data-center grade.
Vertical integration
Long-term renewable PPAs & surplus energy contracts.
Modular design with DLC or immersion cooling.
24/7 monitoring, optimisation & lifecycle management.
Investor-backed GPU capacity, ready to scale.
AI and HPC workloads via rental or hosting.
Integration with district heating, greenhouses & industries.
By integrating every layer, from energy to heat reuse, Greenroot achieves cost stability & faster deployments.
Heat reuse
Traditional data centers dump their heat into the atmosphere. Ours doesn't. Greenroot integrates renewable power and advanced liquid cooling to transform waste heat into a valuable resource, creating circular, ESG-aligned data centers.
The result: lower heating costs for communities, a reduced CO2 footprint for the site and an eco-responsible value chain that stretches from the electron to the end user.
Hydro, geothermal, solar & grid-integrated electricity.
Liquid-cooled GPU racks running AI & HPC workloads.
50–60 °C closed-loop output, directly usable.
Heating, agriculture, industry, community services.
Pre-heating residential water, reducing winter peak load and supplying warmth to community facilities.
Powering greenhouses, vertical farms, aquaponic systems and food-processing operations year-round.
By reusing heat that others waste, we turn energy efficiency into tangible community value. It's not only green — it's economically smart.
Technology
Our HPC containers are engineered in-house by Datacubes. Factory-built for AI and HPC workloads and delivered as site-ready modules. Datacenter standard, ruggedised and heat-reuse ready out of the box.
Datacubes platform
Eight container modules · up to 1.3 MW capacity each · up to 10 MW of total capacity · dual redundant power & network · direct-to-chip and immersion cooling options.
Proven expertise
Years of hands-on experience in energy integration, modular infrastructure, and high-density compute.
From site selection and power agreements to commissioning and 24/7 operations.
Working closely with utilities, municipalities, and technology partners across the AI stack.
Specialists in electrical design, cooling, automation, and performance optimisation.
Operational deployments of HPC and AI infrastructure across multiple regions.
The team
From design to deployment - the people building Greenroot.
CEO
Financing & Investor Relations
Co-Founder
Product Design & Engineering
Infrastructure Development
Infrastructure Development
Software Development
Financial Back-Office & Support
Business development Europe
Business development Europe



Contact
Whether you're a hyperscaler, AI firm, utility or municipality. If you're looking for a long-term infrastructure partner, we'd love to hear from you.