Renewable Power
Solar-first generation
Utility-scale photovoltaic arrays supply clean, dispatchable electricity directly to the campus — reducing grid dependence and locking in long-term energy costs.
- Source
- 100% Solar
- Land
- Rural NC
Clean Energy Infrastructure
Building the Future of Green DataInfrastructure
Pee Dee Solar Solutions is building a vertically integrated green data center in Anson County, North Carolina — where on-site solar generation, battery storage, and high-performance compute converge into one resilient, revenue-producing asset.
Green
Data Center
Solar-Powered
Compute
Built
In-House
Our Story
A green data center built from the ground up.
Pee Dee Solar Solutions is not a service provider or a developer for hire. We are a vertically integrated green data center company building our own renewable-powered compute campus in Anson County, North Carolina.
By combining on-site solar generation, battery storage, and containerized high-performance compute, we are proving a new model: clean energy directly powering the digital infrastructure that the modern economy depends on.
Vertical
In-house integration
Sustainable
Long-term impact
Resilient
Infrastructure-grade
The Pee Dee Vision
Clean compute powered by Carolina sunshine.
Our vision is straightforward: build a green data center that generates its own renewable power, stores it efficiently, and uses it to run high-performance compute — all on one site, owned and operated by us.
This is our facility, our roadmap, and our investment. We are not developing projects for third parties. We are building a durable digital infrastructure company anchored in the Pee Dee region.
Our Mission
To build and operate a renewable-powered data center that creates long-term economic value through clean energy, technological innovation, and community investment.
Our Core Values
Principles that guide how we build and operate.
Energy Independence
Creating locally owned renewable energy systems that reduce reliance on traditional power sources.
Environmental Stewardship
Developing clean energy solutions while respecting the land and natural resources.
Technological Innovation
Connecting renewable energy with next-generation computing infrastructure.
Community Growth
Creating pathways for education, workforce development, and economic opportunity.
Phase 1 Goal
$50K
Containerized compute + solar pilot
Primary Focus
Green Data Center
Our owned-and-operated campus
Location
Anson County
North Carolina flagship site
Future Vision
Off-Grid Platform
Scalable green data infrastructure
The Future
“The future of data infrastructure is renewable, resilient, and built where the energy is.”
Our Technology Stack
The infrastructure that powers our data center.
Pee Dee Solar Solutions owns and operates every layer of the stack — from solar generation and battery storage to the compute hardware running inside our green data center.
01
On-Site Solar Generation
Powering the campus directly from the sun.
Our solar array is designed to feed the data center first — reducing grid dependence and locking in a long-term cost of energy.
Capabilities
- On-site ground-mount PV
- Sized to campus load profile
- Daytime compute + battery charging
- Grid backup for reliability
- Expansion path for future phases
Why It Matters
“Owning the generation source lets us control the largest cost input of a data center.”
02
Energy Storage & Dispatch
Turning intermittent solar into 24/7 compute.
Battery storage shifts low-cost daytime solar into nighttime operating hours, smoothing output and improving unit economics.
Capabilities
- 50–100 kWh battery bank in Phase 1
- Hybrid solar + battery + grid operation
- Load shifting and peak avoidance
- Microgrid control foundation
- Path to off-grid dispatch
Future Vision
“A renewable energy campus that produces, stores, and intelligently manages its own power.”
03
Green Data Center Compute
Clean compute at the edge of the grid.
Our containerized micro data center turns renewable energy directly into digital revenue — starting with blockchain compute and scaling to HPC and AI workloads.
Capabilities
- Containerized micro data center
- High-density Bitcoin mining / HPC
- Liquid and free-air cooling
- Modular container expansion
- Owned and operated by us
Why It Matters
“The future economy demands more compute — and that compute should be powered by clean, owned energy.”
How We Monetize
Energy consumed in-house to produce digital revenue.
01
Capture Clean Energy
On-site solar generates the lowest-cost power available to the campus.
02
Store & Dispatch
Batteries shift solar into 24/7 dispatchable power for compute loads.
03
Run Compute
Compute hardware turns owned energy into higher-value digital output.
Future Expansion Roadmap
A five-phase plan to build a full renewable campus.
- 01Phase 1
Hybrid solar + battery + grid pilot
In Progress
- 02Phase 2
Add containers, expand solar & battery
Planned
- 03Phase 3
Microgrid-style operation, minimal grid
Planned
- 04Phase 4
Fully off-grid green data infrastructure
Long-Term
- 05Community
STEM, trades & wellness reinvestment
Ongoing
By the Numbers
A renewable platform built for measurable, lasting impact.
Our approach is grounded in long-term thinking — infrastructure that performs today and continues delivering value for decades.
0%
Renewable Vision
Every project designed around clean, dispatchable power generation.
0%
Community Focused
Creating local jobs, tax base, and STEM opportunity in Anson County.
0/7
Future Ready
Grid-resilient infrastructure engineered for tomorrow's demand.
0+ yr
Long-Term Infrastructure
Assets built to deliver durable value across decades of operation.
Featured Project
Pee Dee Solar Green Data Center
A modular, solar-powered compute pilot in Anson County, North Carolina — designed to convert clean energy into digital revenue and prove the economics before we scale.
Live StatusGroundbreaking: Land clearing began March 2026 and the site is now cleared. Containers, solar arrays, battery storage, and building infrastructure are not yet installed — Phase 1 procurement and construction begin once the funding target is met.
Anson County, North Carolina
Flagship Development
Explore the roadmapA disciplined $50K pilot — sized to prove the model.
Phase 1 is a hybrid system combining ~25 kW of on-site solar, 50–100 kWh of battery storage, and grid backup to power a containerized micro data center running approximately 30 kW of continuous compute — initially blockchain workloads for fast, measurable revenue.
- ~25 kW solar generation with grid-backed reliability
- 50–100 kWh battery storage for nighttime dispatch
- Containerized micro data center, ~10 used ASICs at ~30 kW
- Clear path to microgrid and fully off-grid operation
The Flagship Project
The Pee Dee Green Data Center
A vertically integrated renewable campus in Anson County, North Carolina — where utility-scale solar generation directly powers next-generation compute infrastructure and long-duration energy storage.
Digital Infrastructure
Green compute at the edge
On-site data center hosting Bitcoin mining and high-density computing — fully renewable, air-and-liquid cooled, and engineered as a flexible grid asset.
- Deployment
- Phase 1
- Grid Role
- Dispatchable
Community Development
Rural economic impact
Local jobs, skilled trades, and long-term tax base — creating durable value from a resource the Pee Dee region already has in abundance.
- Focus
- Anson County
- Horizon
- 30+ Years
Energy Flow
Sunlight in. Value out.
A closed-loop renewable ecosystem — every kilowatt is generated, stored, and monetized on-site.
Solar Array
Utility-scale PV generation
01Energy Storage
Grid-resilient battery banks
02Green Compute
On-site data center + mining
03Revenue & Grid
Digital assets + surplus power
04Investor Portal
Invest in the Future of Renewable Infrastructure
Pee Dee Solar Solutions is developing a portfolio of solar, storage, and green compute assets designed to deliver durable, real-world returns while transforming the communities that host them.
Opportunities
Four pillars of long-term value
A diversified thesis grounded in physical assets, real utility, and community-scale impact.
Solar Generation
Renewable Energy
Utility-grade solar generation across the Carolinas — origination, permitting, and long-term operation of dispatchable clean power.
Green Compute
Digital Infrastructure
Green data centers powering Bitcoin mining, HPC, and future AI workloads with on-site renewable energy.
Regional Growth
Community Impact
Rural economic development, workforce training, and STEM programs that turn energy assets into community equity.
30+ Year Horizon
Long-Term Vision
A multi-phase renewable energy campus engineered to compound value across decades of operation.
Roadmap
From cleared land to a scaled green data platform
We're publishing our execution phases in full — including where we are today. Land was cleared in March 2026; solar, containers, and building infrastructure are not yet installed. Each phase below de-risks the next.
- 1Phase 1 — Site & FeasibilityComplete
Land cleared, site prepared
Groundbreaking in March 2026. Parcel boundaries confirmed, access evaluated, and the site is now cleared and ready for construction.
- 2Phase 2 — Utility, Permitting & EngineeringIn Progress
Interconnection & final design
Engaging the utility, defining interconnection requirements, finalizing the one-line energy design, container layout, and electrical architecture.
- 3Phase 3 — Procurement & ConstructionNot Started — Funding Dependent
Container, ~25 kW solar, battery, ASICs
Sourcing the container, ~10 used ASIC miners, ~25 kW solar array, 50–100 kWh battery, and electrical gear. Site build-out begins once the $50K Phase 1 target is met.
- 4Phase 4 — Commissioning & OperationsPlanned
Ramp to a stable 30-day run
Install monitoring and remote access, test solar, storage, and load behavior, then ramp the ~30 kW compute load into a stable continuous operating pattern.
- 5Phase 5 — Expansion & Off-GridLong-Term
More containers, microgrid, off-grid
Add containers, expand solar and battery capacity, operate as a microgrid-style platform with minimal grid dependency, and transition toward a fully off-grid green data infrastructure system.
How We Build
Principles that protect capital and communities alike
Responsible Development
Rigorous environmental, permitting, and community-engagement standards on every site — because durable returns require durable trust.
Strategic Alignment
Working with utilities, technology providers, and municipal leaders to compound advantages across our own green data center value chain.
Scalable Growth
Modular, repeatable infrastructure playbook — engineered so each new site accelerates the next.
Investor FAQ
Answers for prospective investors
What is Pee Dee Solar Solutions building?
We're developing a portfolio of renewable energy infrastructure — beginning with a solar-powered green data center in Anson County, NC — that combines clean generation, storage, and compute into long-lived, cash-flowing assets.
Who is the ideal investor?
Investors seeking real-asset exposure to renewable infrastructure, with a long-term horizon and interest in community-scale impact alongside financial return.
What is the current phase and funding goal?
Phase 1 targets a $50K commitment for the pilot green data center — deliberately structured to prove unit economics before scaling into storage and expanded compute.
How are returns generated?
Revenue is diversified across renewable energy generation, digital infrastructure (Bitcoin mining and HPC), and long-term technology expansion — de-correlated cash flows on a shared solar base.
Where can I review the investment materials?
Request the investor deck below and our team will follow up to schedule a walkthrough of the project economics, roadmap, and risk framework.
Master Plan
Project Map & Technology Showcase
Explore the campus — from solar arrays and electrical infrastructure to the green data center, future battery storage, and preserved conservation areas.
Phase 1 — Pilot
Green Data Center
Modular halls housing high-density Bitcoin mining and HPC workloads, cooled with liquid and airflow strategies for peak efficiency.
Technology Stack
Engineered end-to-end for clean compute
High-Density Compute
Modular racks engineered for Bitcoin mining, HPC, and future AI inference workloads at low PUE.
On-Site Solar Generation
Ground-mount PV arrays sized to the campus load profile with intelligent curtailment.
Firmed Storage
Battery systems shape solar output into 24/7 dispatchable clean power for compute.
Adaptive Cooling
Liquid and free-air cooling loops tuned to Carolina climate for year-round efficiency.
Microgrid Controls
Intelligent EMS balances generation, storage, and load in real time across the campus.
Enterprise Security
Layered physical, network, and operational security aligned to SOC-grade practices.
Energy Flow
Sunlight → Storage → Compute → Value
A closed-loop microgrid that converts renewable generation into resilient digital infrastructure.
Solar Generation
Step 1
Storage Buffer
Step 2
Microgrid EMS
Step 3
Green Compute
Step 4
Revenue & Grid
Step 5
Campus Metrics
Placeholders for future updates
Numbers below will be populated as engineering, siting, and interconnect milestones are finalized.
TBD
Site Acreage
Land under development
TBD
Solar Capacity
Nameplate MWdc
TBD
Storage Capacity
MWh — Phase 2
TBD
Compute Load
MW to digital infra
100%
Renewable Mix
Design target
TBD
Local Jobs
Construction & ops
Gallery
Inside the campus
Aerial master plan of the renewable campus
Technicians installing solar panels
Green-lit data center hall
Solar farm aerial
Battery storage containers at dusk
Solar farm connected to green data center
Rural North Carolina community landscape
Community Commitment
Built with — and for — the communities we serve.
Every phase of the Pee Dee campus is designed around long-term local benefit: local workforce programs, STEM education, conservation buffers, and durable rural economic development.
- Local WorkforceConstruction & ops hiring in the region.
- Environmental CareNative plantings & habitat buffers.
- Responsible SitingCommunity-first land use.
- STEM InvestmentFuture workforce programs.
Invest in the project
Help us build the next generation of green data infrastructure.
Investors and community supporters — join us in developing a renewable compute campus purpose-built for the digital economy.
Master Business Plan
Anson County Green Data Infrastructure Project
A modular, solar-powered compute platform that converts energy into revenue. Phase 1 combines solar generation, battery storage, and grid backup to power a containerized micro data center — the disciplined starting point for a larger green data infrastructure business.
$50K Phase 1 Budget
Disciplined, component-level allocation designed to reach first revenue quickly.
~30 kW Continuous Load
Approximately 10 used ASIC units running under a hybrid energy stack.
$7.5K–$20K+/mo Revenue
Illustrative monthly range depending on uptime and energy conditions.
Battery-Backed Margins
Storage shifts low-cost daytime solar into nighttime operating hours.
Business Model
Energy monetized through compute
Solar is generated on site, stored in batteries when it makes sense, and supplemented by the grid when needed. That energy powers compute hardware performing monetizable workloads — starting with blockchain compute for immediate revenue and clear performance measurement.
Solar→
Storage / Dispatch→
Compute→
Revenue
Phase 1 Energy Flow
Hybrid solar + battery + grid
Solar Array
~25 kW
Battery Storage
50–100 kWh
Containerized Compute
~30 kW
Grid Backup
Reliability
Illustrative energy mix
Solar (Day) — 60%
Battery (Night) — 30%
Grid Backup — 10%
Phase 1 System Design
Component-level budget · $50,000 target
~30 kW load · 10 ASICs · 25 kW solar · 50–100 kWh storage
| Component | Specification | Estimated Budget |
|---|---|---|
| Containerized compute unit | Modified / prefab micro data center shell | $10,000 |
| Used ASIC compute hardware | ~10 units at ~3 kW each | $15,000 |
| Solar generation | ~25 kW installed system | $20,000 |
| Electrical integration | Panels, breakers, wiring, setup | $5,000 |
| Phase 1 Total | $50,000 | |
Illustrative Economics
Monthly revenue & profit scenarios
Payback framed at ~6–16 months depending on performance. Investor return structures targeted around 1.5x–2x through revenue share.
Low scenario
$7,500
Monthly revenue
Monthly profit
$2,500
Mid scenario
$12K–$15K
Monthly revenue
Monthly profit
$7,000
High scenario
$20,000+
Monthly revenue
Monthly profit
$15,000
Scaling Strategy
From hybrid pilot to fully off-grid platform
Phase 1
Hybrid Launch
Solar + battery + grid backup powering a single containerized micro data center.
01Phase 2
Multi-Container
Add containers, expand solar capacity, and deepen battery storage.
02Phase 3
Microgrid Platform
Operate as a microgrid-style platform with minimal grid dependency.
03Phase 4
Fully Off-Grid
Transition into a fully off-grid green data infrastructure system.
04Energy → Compute → Revenue
Instead of selling electricity at low rates, energy is used internally to produce higher-value digital output.
Uptime & Cost Discipline
Lower energy cost plus higher uptime equals better margins. Every design choice serves that equation.
Green Data Infrastructure
Positioned as a modular data platform — not a single-use mining site — aligned with long-term compute demand.
Community Reinvestment
Cash flow is designed to fund STEM, workforce, agricultural, and wellness initiatives in Anson County.
Capital Structure
Investor participation from $5K–$50K via revenue share
Capital funds the containerized compute unit, used ASIC hardware, solar generation, battery-enabled operating efficiency, and electrical integration. Phase 1 goes operational, generates cash flow, and produces real performance data to support the next raise, grant strategy, or strategic partnership.
- Modular, scalable infrastructure design
- Battery-backed hybrid economics
- Community-anchored reinvestment model
- Clear path to off-grid green data center
Closing Positioning
“An energy-backed digital infrastructure business with a clear path to stronger energy independence over time. Phase 1 is not the end state — it is the disciplined starting point of a larger infrastructure platform.”
Request the full plan →Contact & Inquiries
Invest in the future of green data infrastructure with us.
Whether you are considering an investment, covering the project, or want to learn more about the Pee Dee Solar Green Data Center — this is where the conversation starts.
Ways to engage
Four ways to connect with Pee Dee Solar Solutions.
Project location
Homegrown in Anson County.
Our flagship site is in Anson County, North Carolina — chosen for its land availability, grid access, and strategic position in the Pee Dee region.
- Anson CountyFlagship
North CarolinaFlagship project location
Flagship site
Investor process
Four steps to participation.
A transparent, considered process — designed to answer questions and move qualified investors toward the right opportunity.
- 01
Introduction
Share your inquiry through the form or a discovery call. We listen first and align on what you are looking for.
- 02
Investor Package
Qualified investors receive the Phase 1 business plan, financial model, and project roadmap.
- 03
Evaluation
Our team answers technical, financial, and timeline questions with transparent, project-specific data.
- 04
Next Steps
We move toward documentation, site visits, and participation — with quarterly reporting from day one.
The next chapter of green data infrastructure in the Carolinas starts with a conversation.
Reach out today — whether you are an investor, member of the media, or community member interested in the project.