Powering the Grid with Unmatched Density and True Scalability
Scuti’s aluminum–sulfur batteries deliver reliable, high-voltage energy storage that strengthens the grid while reducing cost, space, and complexity.
Traditional storage systems are bulky, land-intensive, and expensive to maintain. Scuti’s breakthrough aluminum–sulfur technology provides grid-level DC output in a compact, modular footprint that is 100 times denser and one-seventh the weight of existing technologies.
Traditional storage systems are bulky, land-intensive, and expensive to maintain. Scuti’s breakthrough aluminum–sulfur technology provides grid-level DC output in a compact, modular footprint—100 times denser and one-seventh the weight of existing technologies. Our systems enable utilities to deploy more power in less space, accelerate installation timelines, and reduce total project costs.
Grid-ScaleChallenges
Current storage technologies fail to meet the unique requirements of utility-scale deployment.
Baseload Replacement
With more than 200 gigawatts of coal capacity retiring by 2030, maintaining grid stability will require continuous renewable generation paired with 24/7 energy storage integration.
Curtailment Costs
Without long-duration storage infrastructure, wind and solar resources are routinely wasted, resulting in an estimated $2.6 billion in lost renewable energy each year.
Short Asset Life
With a lifespan of only five to ten years, lithium-ion batteries require frequent replacement cycles that conflict with the 30 to 50-year planning horizon of grid infrastructure.
Regulatory Pressure
Decarbonization mandates are driving the need for infrastructure-scale storage solutions, with 24 states now requiring a transition to 100% clean energy.
Baseload Replacement
With more than 200 gigawatts of coal capacity retiring by 2030, maintaining grid stability will require continuous renewable generation paired with 24/7 energy storage integration.
Curtailment Costs
Wind and solar energy is wasted without long-duration storage infrastructure $2.6B annually in curtailed renewable energy
Short Asset Life
Lithium-ion requires frequent replacement cycles, misaligned with 30-50 year grid planning 5-10 year lifespan vs 50-year infrastructure
Regulatory Pressure
Decarbonization mandates demand infrastructure-scale storage solutions 100% clean energy mandates in 24 states
TheSCUTISolution
Infrastructure-scale storage designed to match the planning horizons and reliability requirements of the modern grid.
Reduces substation and land acquisition costs.
Minimizes interconnection complexity and equipment overhead.
Provides resilient, long-life performance for critical grid balancing and renewable integration.
Features and Benefits
60-year warranties
Infrastructure-level durability
A true grid asset, not a consumable component
Massive energy density
10X higher than Li-ion
180 MWh per modular container for utility-scale deployment
Bankable IP protection
Multiple patents filed
Patent-protected chemistry ensures defensibility and investor confidence
IRA 45X manufacturing credits
Policy-aligned economics
Up to $9.7B annually at scale, aligning with federal policy
100× Denser Footprint
Dramatically smaller land and infrastructure requirements
35.8 kV / 2 kA Output
True grid-level DC performance
Up to 150 MW Configurable Systems
Expand capacity seamlessly
One-Seventh the Weight
Easier transport, installation, and service
Ready to Lead theEnergy Transition?
Partner with SCUTI to build the grid infrastructure of the future that is reliable, bankable, and sustainable.
Partner with SCUTI to build the grid infrastructure of the future — reliable, bankable, and sustainable.
