Tynergy, Sycomp, and River Tech Partner on U.S. Sodium-Ion Storage and Shielded AI Data Centers

Partnership pairs Tynergy’s sodium-ion energy storage with River Tech-led U.S. manufacturing and Sycomp’s integration and delivery to produce commercial and data-center-grade storage — and to deploy shielded, containerized compute with blended, resilient power for hyperscale GPU deployments

July 4, 2026 — Tynergy LLC (“Tynergy”), a developer of sodium-ion battery energy storage systems (BESS) for grid, commercial, and industrial applications, and Sycomp (“Sycomp”), a global IT and logistics systems integrator serving high-performance computing and enterprise customers — powered by River Tech Solutions (“River Tech”), the sovereign AI, energy, and infrastructure-and-software integration principal behind the offering — today announced a strategic manufacturing and deployment partnership. The agreement will enable U.S. production of Tynergy’s sodium-ion BESS product line under River Tech’s manufacturing and integration direction at Sycomp’s integration centers, and will jointly bring to market containerized, Faraday-shielded data center modules designed to meet accelerating GPU deployment demand from AI hyperscalers. In the partnership, Tynergy provides the sodium-ion cell technology; River Tech serves as manufacturing, integration, and deployment principal on its EnergyOS platform; and Sycomp provides U.S. integration, logistics, and program management as the customer-facing delivery partner.

The partnership targets two storage tiers — commercial and data-center-grade — both built on Tynergy’s sodium-ion cell chemistry. Its long cycle life, high 3C–5C throughput, full depth of discharge, and high round-trip efficiency suit continuous, high-duty compute and industrial loads.

River Tech-Directed Manufacturing at Scale in Sycomp’s U.S. Integration Centers

Under the agreement, Tynergy’s sodium-ion BESS units will be produced under River Tech’s manufacturing and integration direction at Sycomp’s existing U.S. integration centers — using Sycomp’s engineering staff, logistics network, and facilities rather than net-new buildout. Initial production covers two configurations:

• Commercial — modular BESS sized for commercial and industrial renewable energy storage, peak-shaving, demand-charge reduction, and backup power applications.
• Data-center-grade — high-cycle, high-throughput storage engineered to buffer data center load spikes and support behind-the-meter power delivery for compute facilities.

Faraday-Shielded Containerized Data Centers for Hyperscale AI Deployment

Alongside the storage line, the partners will jointly produce containerized data center modules with two layers of electromagnetic protection — a container-level Faraday cage and RF-shielded compute racks within — for AI hyperscalers and customers seeking secure, rapid-deploy GPU capacity.  Designed to sit near existing traditional power or pair directly with on-site renewable energy generation, the format increases existing capacity and shortens the interconnection and buildout runway versus conventional new facilities.

Key Elements of the Partnership

• Domestic, advanced sodium-ion supply chain: sodium-ion chemistry avoids the rare-mineral sourcing exposure that has complicated regulatory and domestic-content compliance for competing storage suppliers.
• Full-stack offering for hyperscalers: compute (Faraday-shielded containers with RF-shielded racks inside) and power (BESS plus blended traditional/renewable sourcing) delivered as a single, coordinated procurement.
• Peak-shaving economics: energy storage increases capacity by aggregating lower cost energy during off peak periods then discharging energy during peak rates and intervals reducing demand charges and interconnection burden for commercial and data-center customers.
• Water-neutral by design: on-site atmospheric water generation enables deployments where water access is constrained.

About Tynergy

Tynergy develops and deploys sodium-ion battery energy storage systems across residential, commercial, and utility-scale applications, helping entities and nations become more energy- and water-self-reliant. Learn more at Tynergy.com.

About River Tech

River Tech Solutions is an American service-disabled veteran-owned company (SDVOSB certification in process) and a sovereign AI and energy integrator. It delivers power, storage, water, and compute as one coordinated platform on its EnergyOS intelligence layer.  River Tech delivers American-made systems engineered as one solution and deployed in months, not years, for defense, enterprise, and hyperscale customers. Learn more at rivertechsolutions.ai.

About Sycomp

Sycomp is an industry-leading global IT and logistics service provider serving multinational organizations worldwide. For more than 30 years, its consultants, engineers, and logistics specialists have delivered complex IT infrastructure, cloud, and security solutions from 55+ global locations, including advanced warehouses and integration centers. A veteran-owned business, Sycomp specializes in AI infrastructure, high-performance computing, data center, cloud, and security. In this partnership, Sycomp applies its integration-center footprint and global logistics network to the U.S. production, delivery, and program management of River Tech-engineered energy and compute systems. Learn more at Sycomp.com.

Media Contacts

Tynergy - Brady Jones – brady.Jones@tynergy.com

River Tech and Sycomp — Sammy Rivera - sam.rivera@rivertechsolutions.ai

Forward-Looking Statements

This press release contains forward-looking statements regarding the anticipated partnership among Tynergy, River Tech and Sycomp, including statements about manufacturing plans, product timelines, deployment capacity, and market demand. These statements are based on current expectations and are subject to risks and uncertainties, including but not limited to execution of definitive agreements, manufacturing scale-up, regulatory and tax-credit qualification (including under §45X and FEOC-related provisions), supply chain availability, and customer demand. Actual results may differ materially from those anticipated. The companies undertake no obligation to update these forward-looking statements except as required by law.

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