Batteries for clean energy

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the battery that will change the world

grid-scale storage systems for solar and wind energy

an evolution of the electric grid

an evolution of the electric grid

Electricity demand worldwide is growing as populations and digital economies are increasing Massive growth in the renewable energy generation market is driving expected global energy storage market growth of 6x over the next several years. By optimizing the transmission, distribution and integration of generation assets, Ambri batteries meet the demand for large-scale, affordable energy storage.

Massive infrastructure investment is needed in the electricity grid worldwide. Renewable power generation and energy storage is a smarter, faster and less expensive infrastructure improvement choice. Storage will change how electric systems are engineered – building to average demand rather than peak.

solutions for customers with high energy demands

Solutions for customers with high energy demands

Utilities, IPPs, and developers are looking for Ambri-based systems to provide consistent, responsive electrical power for transmission and distribution grid applications as well as behind-the-meter customers that demand reliable energy, such as large industrial sites,
hotels, hospitals, and datacenters.

24 hour renewable power

Electricity on days without wind or sun

As the cost of renewables declines, an increasingly larger portion of electricity will be generated by intermittent resources. However, wind and solar power generators can’t produce electricity on days without wind and sun, limiting their level of effectiveness. Grid-scale energy storage systems act as a ‘buffer’, smoothing out power from wind and solar farms, enabling their broad-scale displacement of fossil fuel generators.

our tech

AMBRI
system features

  • long duration battery system
  • ideal for daily cycling applications
  • 10 MWh to GWh scale projects
  • available, safe and low cost materials
learn more

calcium | antimony electrodes

  • commercial grade materials
  • diverse sources of materials
  • recycling market for antimony
  • US antimony mine production
  • scheduled for 2026

cells

  • calcium | Antimony electrodes
  • calcium chloride-based electrolyte
  • stainless steel construction
  • ~1 kWh per cell
  • passes UL 1973 conditions without effect on performance
  • 1.2V to 0.6V voltage profile at operating temperature

tray of cells

  • Modular shelf of cells with cell management system
  • Each cell voltage and tray temperature data acquisition
  • stainless steel construction
  • Embedded heating element

container of trays

  • 10'x10'x8' container
  • two stacks of trays with ~1,000 cells
  • insulation layer on interior walls of container retains heat
  • not shown is exterior wall hung battery management system
  • no moving parts
  • cool exterior walls of container

system energy block

  • stackable containers
  • wall-hung BMS per container
  • high battery container footprint density: 29 kWh/ft2 or 308 kWh/m2
  • standard PCS

our process

Ambri’s Liquid Metal Battery™ technology solves the world’s biggest energy problems – fundamentally changing the way power grids operate by increasing the contribution from renewable resources and reducing the need to build traditional power plants. Ambri’s long duration energy storage solution is built for daily cycling – even in extreme, harsh environments. With a lifespan of 20+ years with minimal fade, Ambri systems are not only extremely reliable but also safe as Ambri systems do not produce or emit any gases and no possibility for thermal runaway.

 

circleMinimal capacity degradation
circleBuilding block of energy and power:
8 MW / 8.34 MVA / 32 MWh
circleDoes not generate pressure or overhead
under overcharge, over-discharge conditions

Minimal capacity degradation

Building block of energy and power: 8 MW / 8.34 MVA / 32 MWh

Does not generate pressure or overhead under overcharge, over-discharge conditions

our customers

IPPs

Ambri batteries will provide the low-cost, long life, long duration, minimal
degradation energy storage for carbon-free energy across each 24 hour day.

EPCs

Onsite Ambri-based battery systems store and deliver power within microgrid energy systems and avoid the need for expensive and disruptive transmission and distribution infrastructure.

utilities

Ambri battery systems provide consistent, responsive electrical power for transmission
and distribution grid applications

C&I

For behind-the-meter customers that demand reliable energy, such as datacenters, Ambri battery systems are able to provide safe and reliable power.

the AMBRI advantage

lower
CAPEX
minimal
degradation
20
year life
non flammable,
no thermal runaway
small
footprint
low
operating cost
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53 Brigham Street Unit #8
Marlborough, MA 01752 USA

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