Direct Power for AI Infrastructure.
Parasol Elite Power designs DC-coupled power systems that move energy from generation into battery storage and then directly from the battery to the load.
DC into the battery. DC out of the battery. Direct to the AI load.
How the Architecture Works
Generate
Power is produced from one or more available energy sources — natural gas generation, biomass, pyrolysis and syngas, solar, or other behind-the-meter generation.
Store and Stabilize
Generated power is routed into Parasol's battery energy storage system. The battery serves as the central power buffer, stabilizing multiple generation sources, responding to rapid AI load changes, and providing immediate backup power.
Deliver at 800V DC
For compatible AI data center applications, power is delivered from the battery through an 800V-class DC bus and DC-to-DC conversion system to the computing infrastructure — reducing unnecessary conversion stages between generation, storage, and the AI racks.
A Simpler Power Path
Conventional data center systems may repeatedly convert power between AC and DC before it reaches the servers. Parasol's DC-coupled architecture is designed to create a more direct path: Generation → Battery Storage → 800V DC Bus → AI Compute.
Transformers and grid-interface equipment can be added when a project elects to connect to the utility grid.
Reduces dependence on
Built for AI Load Behavior
GPU and AI computing loads can change rapidly and place significant stress on conventional power systems. The battery-first architecture provides a stable power layer between generation and computing equipment.
Helps manage
All-in-One, Containerized Design
Parasol's DC-coupled platform can combine storage, power conversion, controls, and energy management within an integrated containerized system. For projects up to approximately 20 MW, the power and AIDC infrastructure can remain largely containerized, subject to final engineering and site requirements.
Smaller Site Footprint
An integrated architecture can require fewer containers and less supporting infrastructure than a system assembled from separate, non-integrated components.
For a representative 10 MW system: Parasol integrated design requires approximately 3 power containers vs. approximately 4 for a non-integrated design.
Final footprint depends on duration, battery chemistry, cooling, generation mix, safety spacing, local codes, and project specifications.
Managed by Parasol EMS
Parasol's energy management system coordinates the complete power platform as one unified system.
Grid Independent. Grid Ready.
The core behind-the-meter architecture is designed to operate without making utility interconnection a prerequisite. A project can begin with on-site generation, battery storage, DC-to-DC power delivery, and independent energy management.
If grid service is added later, Parasol can provide
Key Advantages
Power AI More Directly.
Parasol Elite Power integrates generation, battery storage, controls, and 800V DC delivery into one coordinated platform built for AI infrastructure.