Next Thing Technologies delivers sodium-ion energy storage systems designed for deployment across the modern energy ecosystem.
Our scalable and safe battery solutions support applications ranging from residential backup power to commercial and industrial operations, utility-scale infrastructure, and AI-driven data centers.
The rapid expansion of artificial intelligence is driving unprecedented growth in global data center energy consumption. As AI workloads scale, energy infrastructure is becoming a critical bottleneck — requiring storage systems that can deliver stability, safety, and predictable performance at scale.
Next Thing Technologies develops sodium-ion energy storage systems designed for high-demand AI environments, where uptime, thermal safety, and cost efficiency are essential.
Key advantages for AI infrastructure:
High safety profile for dense, continuous-load environments
Cost-efficient scaling for hyperscale deployments
Designed for long-duration and peak-load balancing needs
Supports grid stability for AI-driven power demand spikes
The global data center power market is projected to reach $56.58B by 2032, driven by AI, cloud computing, and high-density workloads.
Energy storage is becoming essential infrastructure for ensuring uptime, managing peak loads, and stabilizing rapidly growing compute demand.
Next Thing Technologies provides sodium-ion battery systems designed for safe, scalable, and cost-efficient deployment in data center environments.
The global data center power market is expected to reach $56.58 billion by 2032.
We have the potential to capture 5-10% of the global data center power market by 2032.
This market size represents a $2.83 billion to $5.66 billion opportunity.
Explosive growth in AI workloads is driving unprecedented demand for continuous, high-density compute power.
Data center electricity consumption is projected to grow by 40%+ this decade due to AI and cloud expansion
AI training and inference workloads create highly volatile, peak-heavy energy demand profiles.
Hyperscale infrastructure expansion is accelerating globally, increasing strain on regional power grids.
Growing need to align energy supply with 24/7 AI compute requirements and renewable energy variability.
Need for onsite or grid-interactive energy storage to ensure uptime, stability, and peak load management.
Modular energy systems designed for offices, industrial facilities, and high-demand computing environments
Reliable and cost-efficient storage for continuous operations and peak load management
Supports energy resilience across commercial buildings, factories, and AI-driven infrastructure
Helps reduce exposure to volatile energy pricing and fossil fuel dependency
Enables faster ROI through energy optimization and available incentive structures
Utility-grade energy storage designed for large-scale grid deployment
Improves stability and flexibility of modern energy networks
Enables higher penetration of renewable energy sources
Supports grid balancing, peak shaving, and long-duration storage needs
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Designed for safe and dependable home energy storage
Provides affordable backup power for everyday use and outages
Built to improve energy independence for households
Financing options targeting monthly access as low as ~$100/month
Designed to lower upfront barriers to advanced home energy systems
More accessible alternative compared to traditional residential storage solutions
The global renewable energy market is expected to reach $2.1 trillion by 2032, driven by electrification, AI infrastructure growth, and grid modernization.
Energy storage is becoming the backbone of this transition — and demand is scaling faster than supply.
The market is accelerating at unprecedented speed:
Energy storage capacity needs projected to grow 16x by 2030 (BNEF)
Global stationary storage market reaching $435B by 2030
U.S. storage installations surged 101% in Q4 2023
This is not a future trend — it is happening now.
Lithium-ion is reaching its limits — cost, safety, and scalability are becoming structural constraints.
Next Thing Technologies is building the next generation of energy storage with sodium-ion technology designed to outperform legacy systems on cost, safety, and scalability.
We are one of the only private U.S. companies actively commercializing sodium-ion batteries for real-world, large-scale deployment.
The market is being accelerated by historic levels of funding and incentives:
$369B in U.S. clean energy incentives (Inflation Reduction Act)
Up to $45/kWh in manufacturing tax credits for battery producers
$3.3T+ in projected clean energy investment over the next decade
This is one of the largest capital transitions in modern history.
We are not building a niche product — we are building infrastructure-scale energy storage.
Modular systems designed for deployment from residential to grid-scale
Built for commercial, industrial, utility, and AI data center applications
Engineered for rapid scaling into multi-million dollar energy deployments
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