AIMLUX Solutions TruVolt; Battery Management Systems (BMS) - Addresses the critical requirements of UTC Utility operators and Government/DoD facilities, Equitus.ai offers the ARCXA Managed Services SKU as a "Migration as a Product" (MaaP) solution. This architecture integrates real-time physical sensing with semantic AI reasoning to provide "Decision Dominance" over Battery Energy Storage Systems (BESS).
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I. Managed Services SKU & Pricing Model
The solution is available via Sourcewell Contract #020624-SYN through TD SYNNEX Public Sector, simplifying procurement for government and utility entities.
Migration as a Product (MaaP): This model treats the transition from legacy SCADA/Oracle environments to a "Cognitive Core" as a continuous product rather than a one-time project.
Per-Core Pricing: Licensing is structured per processor core on the IBM Power 10/11 platform. This allows operators to scale compute power based on the number of thermal assets (PIDs) and the complexity of the "Global Sovereign Fabric."
Managed Service (SKU): Includes the Equitus ARCXA assistant, which monitors the migration and operational health, ensuring a "Human-in-the-Loop" for strategic decisions while automating low-latency tactical responses.
II. Technical Workflow: From Sensor to Sovereign Execution
TruVolt workflow demonstrates how a thermal alert bypasses traditional latency hurdles to execute a "silent correction" natively on IBM Power 10 hardware.
Step 1: Edge Detection (Physical Layer)
Asset: A Cyberspatial PhaseSeer sensor (PID-IP) is embedded within a specific thermal battery cell.
Alert: The sensor detects an anomalous rise in internal impedance—a precursor to thermal runaway.
Sovereign Fabric: The alert is encrypted and transmitted via the Global Sovereign Fabric, a private, air-gapped network that prevents external scanning or cyber-interdiction.
Step 2: Semantic Fusion (Intelligence Layer)
Ingestion: The raw signal enters the Equitus.ai Fusion (KGNN) suite.
Contextualization: Unlike a flat database, the KGNN uses a Triple Store Semantic Architecture (Subject-Predicate-Object) to reason:
Subject: Battery Rack 7
Predicate: Is Experiencing
Object: Impedance-Linked Heat Stress
External Correlation: The KGNN simultaneously pulls grid-demand data and weather forecasts. It determines that Rack 7 is scheduled for a high-discharge cycle in 10 minutes, making the heat stress critical.
Step 3: Hardware Execution (Action Layer)
Platform: The KGNN runs natively on IBM Power 10/11 servers.
Inference: Using the Matrix Math Accelerator (MMA), the Power 10 chip processes the AI inference directly on the processor. This eliminates the need for separate GPUs, reducing "data-hop" latency to microseconds.
Autonomous Response: * Cooling: The system triggers a localized cooling protocol for Rack 7.
Re-routing: It autonomously re-routes the scheduled 500kW load to a healthier rack (Rack 12) without interrupting the utility's supply.
ARCXA Notification: The Automated Realtime ConneXion Assistant alerts the TruVolt Automation Engineer with a summarized "Rationalized Output," explaining why the fix was executed, fulfilling the "Explainable AI" requirement for DoD compliance.
III. Procurement Path (Sourcewell / TD SYNNEX)
Operators can acquire this entire "Cognitive Core" stack using existing pre-competed contracts:
Contract Vehicle: Sourcewell #020624-SYN.
Solutions Aggregator: TD SYNNEX Public Sector.
Components Included: * Equitus KGNN & ARCXA (MaaP licenses).
IBM Power S1012 (Edge/Tower) or S1022 (Rack-mount) servers.
Cyberspatial PhaseSeer hardware and PID-IP mapping.
Managed Services SKU Overview (Sourcewell/TD SYNNEX)
By bundling these technologies into a single Managed Services SKU, AIMLUX.ai simplifies the complexity of BESS management into an "As-a-Service" model.
This "MaaP" approach ensures that as battery technology or grid requirements evolve, the Cognitive Core is updated as a managed product, preventing the utility from being "locked in" to static, legacy code.
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