Parasol Elite Power project site
Project Portfolio

Repurposing Energy Assets for AI Infrastructure.

Parasol Elite Power develops behind-the-meter AI data center campuses by combining existing or planned energy assets with battery storage, firm generation, energy management, and optional DC-to-DC power delivery.

Our current project pipeline includes biomass-site conversions in California and battery-storage developments in Texas being upgraded for AIDC use.

In DevelopmentMerced County, California

Biomass-to-AIDC Energy Campus

Sandy Mush - 9 month start to commission

Sandy Mush is Parasol's primary demonstration project: a 75-acre property, including an existing biomass facility, being developed into a behind-the-meter AI data center energy campus.

Modernized biomass generation
High-temperature pyrolysis
Battery energy storage
Natural gas generation
Solar integration
Carbon capture and by-product recovery
Energy management and DC controls
Modular AIDC infrastructure
Optional DC-to-DC power delivery
Status:Development, engineering, permitting, financing, and offtaker coordination.
Sandy Mush - 9 month start to commission project site
01
Early PlanningCalifornia

Biomass Infrastructure Converted to AIDC

Chowchilla

The Chowchilla project is planned as a second biomass-to-AIDC conversion, applying the Sandy Mush development model to another Central Valley energy site. Parasol intends to reuse and modernize existing energy infrastructure while adding battery storage, controls, firm power, and modular AI computing capacity.

Behind-the-meter AIDC power
Biomass and agricultural-feedstock utilization
Battery-backed reliability
Modular expansion
Local employment and economic activity
Integration with Central Valley agricultural industries
Status:Early-stage planning and project diligence.
Chowchilla project site
02
Under EvaluationTexas

Battery Arbitrage Development Upgraded to AIDC

Texas Project Adelite One

This Texas project was originally planned as a standalone battery-arbitrage facility. Parasol is evaluating an expanded design that uses the battery system as the stabilizing layer for a behind-the-meter AIDC campus. Instead of relying exclusively on wholesale-market price spreads, the upgraded project would support a dedicated, high-value computing load.

Battery energy storage
Firm on-site generation
Energy management
Grid and market participation where beneficial
Modular AIDC infrastructure
Optional DC-to-DC power delivery
Status:Project redesign and commercial evaluation.
Texas Project Adelite One project site
03
Development PlanningTexas

Storage-Backed AI Infrastructure

Texas Project Adelite Two

Parasol's second Texas project is also being evaluated for conversion from a planned battery-arbitrage development into an integrated AIDC energy campus. The battery remains a core asset — providing transient response, power quality, backup capability, and coordinated operation between generation, grid power, and AI computing loads.

AI computing infrastructure
Energy and capacity services
Battery optimization
Grid participation
Long-term infrastructure ownership or project monetization
Status:Development planning, engineering, and partner discussions.
Texas Project Adelite Two project site
04
Development Strategy

A Repeatable Development Model

Across the project portfolio, Parasol follows a consistent strategy.

01

Identify

Locate existing or planned energy assets with land, power potential, and infrastructure advantages.

02

Upgrade

Add generation, battery storage, EMS, controls, and resilient behind-the-meter power.

03

Integrate

Deploy modular AIDC infrastructure and optional DC-to-DC delivery.

04

Operate

Stabilize the project with reliable power, customers, and operating data.

05

Monetize

Retain, recapitalize, or sell the completed infrastructure asset.

Get Involved

From Energy Asset to AI Campus

Parasol transforms underused biomass facilities, battery projects, and other energy assets into power-secured infrastructure for artificial intelligence and high-performance computing.