Modular Power for AI Data Centers
Parasol Elite Power delivers behind-the-meter, grid-independent power systems engineered for the density, reliability, and speed that AI data centers demand. Start at 10 MW. Scale to 100 MW and beyond.
The Grid Can't Keep Up With AI
AI data centers require power at a scale and speed that utility infrastructure was never designed to deliver. Grid interconnection queues stretch 5–10 years. Substations are overloaded. Utilities are rationing capacity. Meanwhile, hyperscalers and colocation operators need power now — at 50 MW, 100 MW, 200 MW and beyond.
The 10 MW AIDC Block Offering
Parasol's standard 10 MW block is a fully integrated, behind-the-meter power campus — generation, storage, controls, and optional DC-to-DC delivery — deployable without waiting for the grid. Each block is a repeatable unit for phased AIDC buildout, configurable in 20, 40, 80 MW and larger campus configurations. For discussion only — contact us for current availability.
9 Battery Factories
LFP battery storage sized for ride-through, black start, and source stabilization — providing transient response and load leveling for dynamic GPU workloads.
3 Generator Factories
Class turbine and natural gas generators providing firm, dispatchable generation. Biomass, pyrolysis, solar, or hybrid sources available.
MV/LV Integration Equipment
Supplied transformers and feeders included in standard block scope. Metering, grounding, and MV/LV integration equipment factory-tested before delivery.
Modular Data-Center Ready
1 modular data-center unit per block. Repeatable unit for phased AIDC buildout — stack blocks to reach 20, 40, 80 MW or a full 100 MW campus.
Syngas Utilization
Integrated syngas utilization reduces emissions and improves fuel efficiency across the power campus, supporting Scope 2 sustainability commitments.
Single Accountable Partner
One manufacturer. One contract. Coordinated production platform across battery, generation, and integration equipment — factory testing, field installation support, and O&M available.
How the Parasol Power Platform Works
Natural gas, solar, biomass, pyrolysis, or hybrid sources — firm and renewable generation sized to your load profile and phased buildout plan.
LFP battery storage provides buffered transient response, black start capability, and source stabilization for dynamic GPU and ASIC workloads.
Parasol EMS manages generation dispatch, load shed logic, storage state, load forecasting, and emissions optimization in real time.
AC or investment-class DC delivery for GPU loads. Concept-to-energized MW path available — including DC delivery for maximum efficiency at the rack.
Three Delivery Models
Power Only
Customer provides the data center. Parasol delivers power at the agreed electrical service entrance demarcation. O&M available.
Design + Build
Customer brings the design. Parasol builds, installs, and commissions the power campus. Spec procurement and value engineering included.
Concept to Energized MW
Single accountable partner from concept through energized megawatts — including investment-class DC delivery for GPU loads. Full AIDC power campus.
Modular AIDC Power Offering — For Discussion Only
Designed for Every AI Deployment Model
Hyperscale Campuses
Stack 10 MW blocks to reach 100 MW+ for hyperscalers building new AI training and inference campuses where grid capacity is unavailable or years away.
Phased AIDC Buildout
Start at 10 MW and add blocks as compute load grows. Each block is a repeatable, factory-tested unit — no redesign required as you scale.
Colocation Operators
Power-as-a-service for colo operators expanding capacity in constrained markets without waiting for utility upgrades or substation construction.
Enterprise AI Infrastructure
On-premise AI compute for enterprises requiring dedicated, secure, and reliable power independent of shared utility infrastructure.
Your AI Campus Needs Power Now
Don't let grid constraints determine your AI deployment timeline. The Parasol 10 MW AIDC Block is available for discussion — contact us to review current allocation and delivery schedule.