Sovereign Energy Stack

 

"Sovereign Energy Stack"

AIMLUX.ai Solutions Proposes that ESG moves from being an infrastructure provider to a Sovereign Energy Intelligence provider. You aren't just installing batteries; you are deploying an AI-orchestrated energy shield that is visible (Teleseer), intelligent (Equitus), and adaptive (TruVolt).

To add value for Energy Systems Group (ESG), the integration focuses on "Cyber-Physical Convergence." By converting traditional PID (Proportional-Integral-Derivative) Controllers into IP-enabled edge assets and mapping them through Cyberspatial Teleseer, you transform a "dumb" battery cabinet into a transparent, secure, and AI-governed node.

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Strategic Value for ESG Clients

 how this specific architectural flow works:

Feature	Technical Action	Business Value for ESG
BESS Digital Twin	Graphixa creates a semantic map of every PID and battery cell.	Explainability: ESG can provide clients with a 100% transparent audit trail of energy performance.
Cyber-Secure Power	Teleseer monitors the IP-enabled PIDs for tampering.	Risk Mitigation: ESG can "guarantee" uptime even in the face of sophisticated cyber-warfare targeting energy grids.
AI-Driven Efficiency	KGNN optimizes the PID loops on IBM Power10/11 hardware.	Cost Savings: Extends battery life by up to 25% by preventing micro-stresses in the chemical cells.

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1. The Conversion: PID to IP-Enabled Edge Assets

Most legacy BESS units use analog or serial-based PID controllers that are "blind" to the network. TruVolt.ai provides the interface to modernize these:

• IP-Enabling the Loop: TruVolt.ai wraps the PID automation logic in an IP-wrapper (Industrial Ethernet or secure MQTT). This allows the controller to report real-time telemetry (voltage, thermal oscillations, duty cycles) directly to the network.

• Edge Intelligence: Once the PID has an IP address, it can receive "tuning" instructions from the Equitus KGNN in real-time to adjust to the massive power draws of AI workloads in a datacenter.

2. The Visibility: Onboarding to Cyberspatial Teleseer

Once your PID controllers are on the network, Cyberspatial Teleseer performs a "Zero-Trust Discovery" of the energy environment:

• Asset Mapping: Teleseer identifies every IP-enabled PID controller and maps its physical and logical location within the datacenter’s "Cyberspace."

• Vulnerability Shadowing: It monitors the "health" of the connection. If a PID controller starts communicating with an unauthorized external IP or shows anomalous traffic patterns, Teleseer flags it as a potential cyber-physical attack vector.

• ESG Value: This gives ESG a Single Pane of Glass to guarantee the security of the BESS infrastructure they have built and "guaranteed" for their clients.

3. The Logic: Equitus.ai Graphixa (MaaP) & Fusion (KGNN)

This is where the raw data from the IP-enabled PIDs becomes actionable intelligence.

• Graphixa (MaaP - Metadata as a Product): Graphixa takes the IP data from Teleseer and the telemetry from TruVolt to create Semantic Triples.

  • Example: [PID_Controller_04] -> [Controls] -> [Battery_String_B] -> [Located_In] -> [Data_Hall_A].

• Fusion (KGNN): The Knowledge Graph Neural Network analyzes these triples on IBM Power10/11. Because it understands the relationship between the IP address and the physical heat of the battery, it can differentiate between a mechanical failure and a cyber-attack.

• Autonomous Tuning: If the KGNN detects that a specific AI rack is about to spike in power usage, it sends a command through the Fusion layer back to the TruVolt IP-enabled PID to pre-cool the batteries or adjust the discharge rate.