Switch Off Lithium Based Storage.
Transition To Sodium With Ease.
Cut Scope 3 Emissions. Reduce Cost. Avoid Mineral Volatility.
Tessarock helps infrastructure and OEM teams transition off lithium, lead-acid, and combustion for cleaner performing chemistries like sodium, using data-driven, system-designed solutions that simplify and provide a more confident switch.
Why Lithium Alone Cannot Scale the Future
From cost volatility to ESG scrutiny, Lithium's growing pains are already here.
Mature chemistries like Sodium offers a stable path forward.
Surging
Demand
Battery demand expected 7× more batteries by 2030.
Sodium scales without lithium, nickel or cobalt, ensuring supply for all industries requiring storage solutions.
Source: Global Battery Alliance, McKinsey "Battery 2030"
Supply
Risks
75% of key minerals come from just 3 countries.
Sodium is not locked into lithium supply chain risks, offering stability for transitions.
Source: IEA “Batteries and Secure Energy Transitions,” 2023
Cost
Volatility
Lithium prices jumped 13× in two years, hitting budgets hard.
Reduce exposure with stable pricing with sodium global mineral abundance.
Source: Benchmark Minerals, IEA 2023
ESG
Challenges
90% of S&P 500 firms report ESG, however face scrutiny for gaps.
Sodium cuts Scope 3 emissions and total carbon footprint by up to 40%.
Source: Capgemini Research Institute,“The Battery Revolution,” 2023,, IEA 2023 EV Outlook.
Supply
Shortfall
By 2030, battery supply could lag 25%, especially for non-EV applications.
Sodium ensures energy access where supply pressure, safety, and reliability matter most.
Source: IEA, “Batteries and Secure Energy Transitions,” 2023
We don’t just position sodium as a silver bullet.
We help teams choose the chemistry that best fits their operational, ESG, and risk profile.
Scroll down to see why Tessarock’s products, solutions, and transition approach are trusted by teams moving beyond legacy chemistries.
Why Teams Choose Tessarock to Transition
Not just sodium packs. A smarter path to energy storage that fits your infrastructure, compliance, and ESG goals.
We reduce the friction around adoption, integration, and performance redesign, making energy storage easier to understand, deploy, and trust through a chemistry-agnostic approach.
Fit For Application
Aligned requirements
not 'cookie cutter solutions'
Certification Alignment
Diligence and optimsiation towards global requirements
Integration Clarity
Partnership collaborations
versus pure vendor mindset
ESG Guideline Reductions
Transparent and focused to move the right levers
ROI That Starts Day One
From freight to finance to fire risk, Sodium lowers cost, protects uptime, and simplifies ESG compliance from the first install.
Saved Battery Costs
Sodium offers up to 30% lower lifetime cost compared to LFP with no compromise on reliability or uptime.
Protect Profit Margins
Stable sodium pricing enables long-term planning, no lithium-driven cost spikes mid-project or during contracts.
Ship Without Hazmat 'Tax'
Classified as UN3551 (non-hazardous), sodium batteries reduce freight, insurance, and customs costs.
Extend Real-World Cycles
No lithium plating, heat stress, or cycle derating, performance holds under high-abuse conditions.
Cut CAPEX Across Builds
Less HVAC, no rack/wiring retrofits, sodium simplifies new builds and slashes retrofitting costs.
Deliver Scope 3 Reductions
Quantifiable ESG gains that support procurement goals and unlock new business with net-zero supply chains.
Where Tessarock Transitions Best
From edge networks to offshore platforms, cut emissions, ensure uptime, and deploy faster.
Telecom & Edge Locations
Lower emissions and ensure uptime for network edges.
Batteries drive ~25% of telecom infrastructure Scope 3 emissions, straining net-zero goals as networks expand for AI and 5G.
Remote edge sites demand relentless reliability, Tessarock sodium batteries deliver with longer life and zero maintenance hassles, even in the toughest temperature conditions.
Design your edge sites with cleaner power and less maintenance friction.
Utilities & Microgrid Infrastructure
Deploy faster and scale cleaner for grids and storage.
EVs consume 80% of lithium supply, leaving storage projects with high costs and unreliable availability.
With lithium price soaring unpredictability, Tessarock sodium batteries offer a cost-effective, abundant alternative that scales seamlessly for tomorrow’s energy demands.
Build grid storage that scales cleanly — without supply chain stress.
Mobility & Industrial Fleets
Safer, durable power for vehicles and equipment.
In safety-critical settings, operators sacrifice runtime to avoid fire risks from fast charging.
From freezing warehouses to scorching deserts, Tessarock sodium batteries endure extreme conditions, keeping fleets moving without safety trade-offs.
Power continuous operations with safer systems that hold up under pressure.
Hazardous & Offshore Sites
Reliable energy with less risk in critical zones.
Fire risks and hydrogen venting from traditional batteries delay approvals and inflate costs in high-risk sites.
In high risk environments, sodium’s innate safer chemistry properties slashes risk and regulatory headaches, ensuring power you can trust without the heavy trade-offs.
Eliminate fire and venting risks in your most sensitive sites.
How the Transition Works
From study to deployment, a informed reduced friction transition, backed by invested partnership deployed and optimised support.
1
Connect To Understand
Understand goals. Identify blockers. Set the stage.
We start with a quick discovery call to map your current setup, fleet type, and transition drivers, whether technical, ESG, procurement, or budget-related.
Our Transition Readiness Scorecard helps highlight where sodium makes sense — and what’s needed to switch without surprises.
2
Run Tessarock Transition Study
Technical fit, ESG savings, and TCO laid out transparently.
We start with a discovery session to understand your goals, operations, and constraints helping you decide if sodium, lithium or hybrids is right before committing to deeper scoping.
Our Tessarock Transition Study lays the foundation.
3
Deploy Pilots
See it in action. Zero guesswork. Learn & iterate.
Test performance in real-world conditions — runtime, fit, temperature resilience, and uptime.
Pilots let you validate benefits before scaling, with full technical support and feedback loops.
4
Scaling
Roll out with installing partners and service readiness.
We partner with your team or OEM to finalize procurement, align certifications, and prepare for go-live, which can include training, spares, and site-level support to help with a smoother transition.
5
Optimize with Tessarock Intelligence
Performance intelligence, tailored to your solution.
Post-deployment, our platform helps track cycle efficiency, real-world runtime, and predictive maintenance signals, giving you the insights to scale smarter and extend asset life.
Transition and Integrate with existing systems with business and performance confidence.
Save Cost, Cut Emissions, and Simplify Deployment.
Cleaner Energy Storage. Without Transition Friction.
Future-ready for whatever powers tomorrow.