Energy Systems Group (ESG), working with GreenTEA Technology (an IT system integrator specialized in AI and sustainable infrastructure) alongside TruVolt.ai creates a comprehensive "Green AI" energy service model.
This partnership bridges the gap between legacy infrastructure upgrades and autonomous, AI-driven energy management, specifically for the high-demand datacenter and government sectors.
1. The Strategy: Sustainable IT Meets Physical Control
GreenTEA Technology acts as the System Integrator (SI), while TruVolt.ai provides the Control Intelligence. Together, they transform how ESG delivers energy services:
Intelligent Infrastructure Design: GreenTEA specializes in designing sustainable IT systems that integrate with renewable sources. When ESG builds a new facility, GreenTEA ensures the IT backbone is optimized for the IBM Power10/11 environment, while TruVolt.ai handles the physical stabilization of the BESS.
Virtual Energy Auditing (MaaP): By utilizing the Graphixa "Metadata as a Product" (MaaP) layer, GreenTEA can perform remote, high-fidelity energy audits. This allows ESG to rapidly identify efficiency leaks in a facility’s "digital-physical" interface without needing weeks of onsite manual inspection.
2. Operational Synergy: BESS & Liquid Cooling
For mission-critical datacenters, the combination of GreenTEA’s IT expertise and TruVolt’s hardware control delivers a "Zero-Waste" power cycle.
T-Parameter Liquid Cooling: GreenTEA designs the immersion or liquid-to-chip cooling architectures, while TruVolt.ai manages the $T$ (temperature) parameters via its adaptive PID controllers. This ensures that the high-density thermal batteries (using novel cathodes) and the servers themselves are kept at optimal temperatures.
Dynamic Load Balancing: As GreenTEA’s AI models identify shifts in IT workload (e.g., a burst in AI training), they signal TruVolt.ai to adjust the battery discharge rate. This prevents "thermal shock" to the novel cathode materials, extending the battery’s lifespan.
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