Computing for the businesses of tomorrow
Computing for the businesses of tomorrow
Do you need to capitalise on the potential of High Performance Compute and AI workloads, gain speed to market, and have scalability from POCs to production, in the most cost effective way? Deploying into a Deep Green data centre with heat reuse makes sense; it's the right way to compute.
Do you need to capitalise on the potential of High Performance Compute and AI workloads, gain speed to market, and have scalability from POCs to production, in the most cost effective way? Deploying into a Deep Green data centre with heat reuse makes sense; it's the right way to compute.
Deep Green’s modular data centres deliver world-class performance, low latency, and zero compromise sustainability
Deep Green’s modular data centres deliver world-class performance, low latency, and zero compromise sustainability
Why our clients choose Deep Green
Hosting infrastructure built for HPC & AI computing and optimised for planetary & societal benefit.
Built for High-Density workloads
Deep Green data centers are designed from the ground up for AI, HPC, and other compute-intensive environments, supporting up to 480 kW per rack. No need to compromise on power, cooling, or scalability.
Built for High-Density workloads
Deep Green data centers are designed from the ground up for AI, HPC, and other compute-intensive environments, supporting up to 480 kW per rack. No need to compromise on power, cooling, or scalability.
Best-in-Class efficiency
With PUEs as low as 1.03, our infrastructure delivers more compute per watt, reducing both operating costs and carbon intensity per workload.
Best-in-Class efficiency
With PUEs as low as 1.03, our infrastructure delivers more compute per watt, reducing both operating costs and carbon intensity per workload.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.
Our services
Our services
Co-location
High-density retail and wholesale rack space for AI, HPC, and enterprise compute, with industry-leading efficiency and full ISO compliance.
Compute-as-a-service
Turnkey GPU clusters delivered as-a-service, fully powered, cooled, and managed by us. No capex, no delays, just compute on demand.
Private Sites
Custom-built, dedicated data centers for partners and governments — designed to spec, delivered fast, and optimised for performance and heat reuse.
Co-location
High-density retail and wholesale rack space for AI, HPC, and enterprise compute, with industry-leading efficiency and full ISO compliance.
Compute-as-a-service
Turnkey GPU clusters delivered as-a-service, fully powered, cooled, and managed by us. No capex, no delays, just compute on demand.
Private Sites
Custom-built, dedicated data centers for partners and governments — designed to spec, delivered fast, and optimised for performance and heat reuse.
Co-location
High-density retail and wholesale rack space for AI, HPC, and enterprise compute, with industry-leading efficiency and full ISO compliance.
Compute-as-a-service
Turnkey GPU clusters delivered as-a-service, fully powered, cooled, and managed by us. No capex, no delays, just compute on demand.
Private Sites
Custom-built, dedicated data centers for partners and governments — designed to spec, delivered fast, and optimised for performance and heat reuse.
Co-location
High-density retail and wholesale rack space for AI, HPC, and enterprise compute, with industry-leading efficiency and full ISO compliance.
Compute-as-a-service
Turnkey GPU clusters delivered as-a-service, fully powered, cooled, and managed by us. No capex, no delays, just compute on demand.
Private Sites
Custom-built, dedicated data centers for partners and governments — designed to spec, delivered fast, and optimised for performance and heat reuse.
Redefining data centre efficiency
Redefining data centre efficiency
Most of the industry fixates on PUE. Ours is best-in-class - and we lead on other key metrics as accountability demands rise.
Most of the industry fixates on PUE. Ours is best-in-class - and we lead on other key metrics as accountability demands rise.
Scroll right.
Scroll right.
Deep Green
Average data centre
PUE
1.03-1.07
1.225-1.7
PUE
1.03-1.07
1.225-1.7
PUE
1.03-1.07
1.225-1.7
Density (kW/rack)
20-480
3-12
Density (kW/rack)
20-480
3-12
Density (kW/rack)
20-480
3-12
Water Useage Effectiveness (WUE)
0.00018
0.3-0.8
Water Useage Effectiveness (WUE)
0.00018
0.3-0.8
Water Useage Effectiveness (WUE)
0.00018
0.3-0.8
Energy Reuse Factor (ERF)
82-93%
0%
Energy Reuse Factor (ERF)
82-93%
0%
Energy Reuse Factor (ERF)
82-93%
0%
Renewable Energy Factor (REF)
100%
<50%
Renewable Energy Factor (REF)
100%
<50%
Renewable Energy Factor (REF)
100%
<50%
Cooling Efficiency Ratio (CER)
2+
<1
Cooling Efficiency Ratio (CER)
2+
<1
Cooling Efficiency Ratio (CER)
2+
<1
Our data centres
Our data centres
We deploy modular data centres where they make the greatest impact - adjacent to heat users, near energy-efficient grids, and where compute demand is growing fastest.
We deploy modular data centres where they make the greatest impact - adjacent to heat users, near energy-efficient grids, and where compute demand is growing fastest.
Swindon
Live
1.1
MW
Discover Swindon
Swindon
Live
1.1
MW
Discover Swindon
Swindon
Live
1.1
MW
Discover Swindon
Manchester
In construction
400
kW
Discover Manchester
Manchester
In construction
400
kW
Discover Manchester
Manchester
In construction
400
kW
Discover Manchester
York
In construction
500
kW
Discover York
York
In construction
500
kW
Discover York
York
In construction
500
kW
Discover York
Bradford
In development
4
MW
Bradford
In development
4
MW
Bradford
In development
4
MW
Lincoln
In planning
20
MW
Lincoln
In planning
20
MW
Lincoln
In planning
20
MW
The future of compute hosting is here
The future of compute hosting is here
For IT & Channel Partners
Infrastructure with a difference
Ideal for system integrators and OEMs needing capacity near clients
Use our facilities as your green AI/HPC platform
Enable ESG-conscious bids with measurable impact
Unlock new revenue from hybrid cloud, edge workloads, and GPU-As-a-Service
For IT & Channel Partners
Infrastructure with a difference
Ideal for system integrators and OEMs needing capacity near clients
Use our facilities as your green AI/HPC platform
Enable ESG-conscious bids with measurable impact
Unlock new revenue from hybrid cloud, edge workloads, and GPU-As-a-Service
For IT & Channel Partners
Infrastructure with a difference
Ideal for system integrators and OEMs needing capacity near clients
Use our facilities as your green AI/HPC platform
Enable ESG-conscious bids with measurable impact
Unlock new revenue from hybrid cloud, edge workloads, and GPU-As-a-Service
Use cases we power
Catching the wave of high density workloads
AI Training & Inference
High performance computing
Enterprise Workloads
Distributed edge for low-latency environments
Use cases we power
Catching the wave of high density workloads
AI Training & Inference
High performance computing
Enterprise Workloads
Distributed edge for low-latency environments
Use cases we power
Catching the wave of high density workloads
AI Training & Inference
High performance computing
Enterprise Workloads
Distributed edge for low-latency environments
What makes Deep Green different
For the benefit of everyone
Best-in-class environmental performance
Sites integrated into the fabric of energy centres, networks, and industrial ecologies
Heat reused to power local communities
Local Deeper Green carbon sequestration projects
What makes Deep Green different
For the benefit of everyone
Best-in-class environmental performance
Sites integrated into the fabric of energy centres, networks, and industrial ecologies
Heat reused to power local communities
Local Deeper Green carbon sequestration projects
What makes Deep Green different
For the benefit of everyone
Best-in-class environmental performance
Sites integrated into the fabric of energy centres, networks, and industrial ecologies
Heat reused to power local communities
Local Deeper Green carbon sequestration projects
Compute hosting to rely on
Power
100% renewable power
Cooling flexibility
From air-cooled to immersed
Network dependability
Diverse & dark fibre
Secure
Tier II+/III security & ISO compliance across all sites
Reporting
APIs to measure what matters
Operability
24/7/365 smart hands
Power
100% renewable power
Cooling flexibility
From air-cooled to immersed
Network dependability
Diverse & dark fibre
Secure
Tier II+/III security & ISO compliance across all sites
Reporting
APIs to measure what matters
Operability
24/7/365 smart hands
Compute hosting to rely on
Power
100% renewable power
Cooling flexibility
From air-cooled to immersed
Network dependability
Diverse & dark fibre
Secure
Tier II+/III security & ISO compliance across all sites
Reporting
APIs to measure what matters
Operability
24/7/365 smart hands
Compute hosting to rely on
Ready to discuss your hosting needs - or your clients'?
Ready to discuss your hosting needs - or your clients'?
Let’s explore how Deep Green can deliver the performance, flexibility, and sustainability you’re looking for.
Let’s explore how Deep Green can deliver the performance, flexibility, and sustainability you’re looking for.
Why our clients choose Deep Green
Why our clients choose Deep Green
Hosting infrastructure built for HPC & AI computing and optimised for planetary & societal benefit.
Built for High-Density workloads
Deep Green data centers are designed from the ground up for AI, HPC, and other compute-intensive environments, supporting up to 480 kW per rack. No need to compromise on power, cooling, or scalability.
Built for High-Density workloads
Deep Green data centers are designed from the ground up for AI, HPC, and other compute-intensive environments, supporting up to 480 kW per rack. No need to compromise on power, cooling, or scalability.
Best-in-Class efficiency
With PUEs as low as 1.03, our infrastructure delivers more compute per watt, reducing both operating costs and carbon intensity per workload.
Best-in-Class efficiency
With PUEs as low as 1.03, our infrastructure delivers more compute per watt, reducing both operating costs and carbon intensity per workload.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Zero-Carbon hosting with measurable ESG impact
We reuse up to 95% of energy as heat, which is supplied free to local communities. This is net-positive infrastructure, helping clients hit sustainability goals, win ESG-aligned contracts, and report real-world impact.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Fast, flexible deployment
Our modular approach means we can deploy sites in 6–12 months, not 2–3 years. Whether you need rackspace now or want to scale into dedicated facilities, we can match your timeline.
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Waterless cooling by design
All Deep Green sites use closed-loop, water-free cooling, avoiding evaporative loss and local water strain
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.
Turnkey Compute-as-a-Service
No GPUs? No problem. We can source, install, power, cool, and operate dedicated GPU clusters on your behalf, with OPEX-friendly models that reduce capex outlay and speed up deployment.