01
60–120+ kW
Rack density is rising
High-density GPU clusters require power and thermal systems designed as a single operating platform.
Enterprise AI Infrastructure & Energy Restructuring
Powering AI. Beyond the grid.
CWTel integrates resilient power, advanced cooling, digital governance and carbon infrastructure into one enterprise-ready AIDC platform.
24/7Energy architecture
100+ kWAI rack ready
1.21Simulated PUE
dMRVEnergy & carbon data
CWTEL AIDC CONTROL PLANE
Integrated infrastructure status
LIVE
92%
System ready
AI IT Load9.60 MW
Cooling Load1.32 MW
Carbon DataACTIVE
BCR Energy10.4 MW
Grid2.1 MW
Solar PV1.2 MW
BESS±2.0 MW
EMS ONLINE
DCIM ONLINE
dMRV ONLINE
01
The enterprise challenge
AI infrastructure is now an energy decision.
Compute density is accelerating faster than conventional grid, cooling and governance models can adapt.
02
MW → Years
Grid capacity drives lead time
Substation access, power quality and continuous availability now determine whether AI projects can scale.
03
Power → Cold
Cooling competes with compute
Thermal energy can shoulder part of the cooling demand while electricity is preserved for AI workloads.
02
Integrated operating architecture
One infrastructure. Four coordinated layers.
CWTel connects compute, thermal, energy and governance so every layer can be measured, operated and scaled as one enterprise system.
AI COMPUTE
COMPUTE
High-density compute
GPU clusters, AI servers, direct liquid cooling and immersion cooling.
THERMAL INFRASTRUCTURE
THERMAL
Advanced thermal management
LiBr absorption cooling, chilled water, heat exchange and waste-heat recovery.
ENERGY INFRASTRUCTURE
ENERGY
Resilient distributed energy
BCR energy, grid, solar PV, BESS, UPS and substation architecture.
DIGITAL GOVERNANCE
DATA
Governed operational data
EMS, IT/OT, DCIM, dMRV, cybersecurity and auditable reporting.
03
Distributed energy for AI
Power for compute. Heat for cooling.
The BCR energy hub converts sustainable biomass into electricity, useful thermal energy and biochar within one coordinated architecture.
INPUT
Sustainable biomass
Rubberwood, wood chips and agricultural or forestry residues.
CONVERSION
BCR thermochemical system
Coordinated energy generation and biochar production.
OUTPUT
Electricity + useful heat
Stable power supports AI compute while recovered heat drives LiBr cooling.
VALUE
Biochar + carbon data
A measurable pathway toward durable carbon storage and verified reporting.
Thermal strategy
Preserve electricity for AI workloads.
GRID→ELECTRIC CHILLER→COOLING
Electrical cooling competes directly with compute for available power.
BCR ENERGY→WASTE HEAT + LiBr→CHILLED WATER
Recovered thermal energy reduces upstream electrical cooling demand.
04
Enterprise decarbonization pathway
Reduce first. Remove only the residuals.
CDR is the final infrastructure for hard-to-abate emissions after deep operational and value-chain decarbonization.
Reduce
Energy efficiency, EMS optimization and cooling optimization.
Restructure
BCR energy, waste-heat cooling, BESS and a 24/7 CFE pathway.
Collaborate
Supplier engagement, Scope 3 action and beyond-value-chain mitigation.
Remove
Verified durable CDR for remaining hard-to-abate emissions.
SBTi VALUE CHAIN VIEW
BCR strengthens the pathway. It does not replace deep decarbonization.
Connect operational reduction, long-term transformation, climate contribution and verified neutralization through a governed data layer.
CDR is not a license to emit.
Explore CWTel CDR strategy
05
Modular deployment
Start modular. Scale to an AI campus.
A repeatable infrastructure model aligned to enterprise, industrial and hyperscale compute demand.
AIDC01
1–10 MW
Modular AI infrastructure
Dedicated GPU clusters, private AI and scalable enterprise workloads.
- AI-ready power architecture
- Integrated thermal design
- Fast phased deployment
AI FACTORY02
< 30 MW
Enterprise AI factory
Integrated compute for enterprise, industrial and sovereign AI workloads.
- High-density GPU clusters
- LiBr + DLC integration
- BESS + EMS orchestration
AI CAMPUS03
30 MW–1 GW+
Distributed AI campus
Large-scale and hyperscale infrastructure with multiple resilient energy hubs.
- Distributed energy hubs
- Energy ring architecture
- Multi-substation resilience
06
AIDC site intelligence
Is your site ready for AI?
Generate an indicative readiness score for early-stage screening. A detailed engineering assessment is required before investment.
CWTEL AIDC
AI needs more than power. It needs a new energy architecture.
COMPUTE × ENERGY × THERMAL × CARBON