Layer 1: Sovereign Baseload Generation & Circular Agriculture

Convert Biomass Liabilities into Dispatchable Behind-the-Meter Baseload.

Agra Dot Energy deploys continuous thermochemical gasifiers and native 700V DC microgrids. By turning agricultural residues, timber slash, and wood waste within a 25-mile radius into high-uptime electricity, carbon-negative biochar, and district heat, we decouple critical compute and industrial loads from vulnerable macrogrids.

Submit Feedstock for Feasibility Triage → Inspect 700V DC Engineering Dossiers

Continuous Conversion

Thermochemical Gasifiers

Downdraft, zero-open-flame pyrolytic decomposition engineered for forestry slash and agricultural residues. Yields high-caloric syngas while co-producing high-purity, carbon-negative biochar for agricultural soil remediation.

Co-Product: High-Grade Sequestration Biochar

Kinetic Generation

Pawnee 45 kW Rotary GenSets

Multi-fuel Wankel rotary engines engineered to run continuously on syngas, biogas, and field-extracted propane. Eliminates the reciprocating vibration, maintenance overhead, and injector fouling of standard diesel generators.

Footprint: Ultra-Low Vibration Multi-Fuel Engine

Loss-Free Distribution

Native 700V DC Busbars

Supplies high-density battery energy storage systems (BESS) and liquid-cooled AI server racks directly. Completely eliminates the traditional AC-DC-AC inverter cascades responsible for 12% to 18% parasitics in standard microgrids.

Efficiency: Bypasses AC-DC Inversion Losses

Thermal Recovery

District Heating Loops

Captures 100% of thermal exhaust from both generation sets and liquid-cooled RIOS GPU server enclosures. Diverts recovered heat into district hydronic loops for agricultural greenhouses, timber drying, and municipal facilities.

Integration: Closed-Loop Hydronic Thermal Recycling

Turnkey Engineering RFP & Feedstock Biomass Density Study

Before equipment dispatch or microgrid skid fabrication, Agra Dot Energy executes comprehensive site and feedstock qualification studies.

Intake Step 1

Feedstock Audit

Quantifies annual bone-dry tons (BDT), moisture content, and chemical assay within the local 25-mile hauling radius.

Intake Step 2

Electrical Study

Evaluates substation proximity, interconnection limits, and native 700V DC busbar topology for target compute loads.

Commercial Terms

$15,000 – $50,000

Turnkey engineering study cost; 100% credited toward hardware procurement upon execution of microgrid skid contract.

Statutory & Regulatory Framework

West Virginia Certified Microgrid Districts: Facilities and microgrid skids are architected to qualify under the provisions of West Virginia Code §5B-2-21 (originating under H.B. 2014). This statutory framework establishes designated development districts to generate, distribute, and consume behind-the-meter electricity for commercial and industrial users.

Operational Boundaries: Certification and designation remain subject to application and approval by the West Virginia Department of Economic Development. High-voltage utility interconnections, if requested for auxiliary backup or grid export, remain subject to applicable PJM Interconnection and West Virginia Public Service Commission rules.