Power at Sea.
Non-polluting.
Volta Structural Battery delivers efficient, sustainable and safe energy for marine mobility, without compromising interior volume.
LET’S GET CONNECTED
LET’S GET CONNECTED
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
Payload
Limits
Conventional battery packs reduce room for hosted payloads.
REDUCED POWER
CAPACITY
Uncapable of meeting the most demanding mission requirements
Thermal
Risk
Standard Li-ion batteries increase fire and venting hazards during operation.
Payload
Limits
Conventional battery packs reduce room for hosted payloads.
REDUCED POWER
CAPACITY
Uncapable of meeting the most demanding mission requirements
Thermal
Risk
Standard Li-ion batteries increase fire and venting hazards during operation.
Space
Constraints
Battery packs take up room in already limited hull spaces.
Weight
Distribution
Traditional batteries raise the center of gravity and affect vessel balance.
Regulatory
Pressure
Maritime emissions rules demand clean, non-toxic, low-maintenance solutions.
Space
Constraints
Battery packs take up room in already limited hull spaces.
Weight
Distribution
Traditional batteries raise the center of gravity and affect vessel balance.
Regulatory
Pressure
Maritime emissions rules demand clean, non-toxic, low-maintenance solutions.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
Space
Constraints
Battery packs take up room in already limited hull spaces.
Weight
Distribution
Traditional batteries raise the center of gravity and affect vessel balance.
Regulatory
Pressure
Maritime emissions rules demand clean, non-toxic, low-maintenance solutions.
Space
Constraints
Battery packs take up room in already limited hull spaces.
Weight
Distribution
Traditional batteries raise the center of gravity and affect vessel balance.
Regulatory
Pressure
Maritime emissions rules demand clean, non-toxic, low-maintenance solutions.
STRUCTURAL BATTERY
STRUCTURAL BATTERY
INTEGRATION CASE
STUDIES
LET’S ANALYZE YOUR CASE
Ferry Infrastructure
Modules
Volta panels integrated into non-passenger compartments power operations without altering cabin design.
Electric
Water Buses
Battery panels built into flooring reduce space usage and improve runtime.
Lagoon Transport
Boats
Sodium-ion chemistry ensures full compliance in sensitive marine zones.
Auxiliary Power
for Yachts
Structural panels serve as silent backup energy with no visual impact.
ADVANTAGES FOR MARITTIME
Internal
Volume
+30%
Gain space for payload by removing conventional battery modules.
Launch
Mass
-20%
Structural integration reduces protective enclosures and redundant supports.
power
output
+200%
Na-ion chemistry enables higher peak delivery for mission-critical loads.
Energy
Density
+60%
Optimized geometry and materials exceed traditional Li-ion satellite packs.
+30%
Internal
Volume
Gain space for payload by removing conventional battery modules.
-20%
Launch
Mass
Structural integration reduces protective enclosures and redundant supports.
+200%
power
output
Na-ion chemistry enables higher peak delivery for mission-critical loads.
+60%
Energy
Density
Optimized geometry and materials exceed traditional Li-ion satellite packs.
+30%
Available volume
for payloads
Revolutionize energy storage by integrating battery technology into structural components.
-40Kg
Mass
savings
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
+500%
Power through structural integration
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
+10×
runtime
Compared to AGM batteries in auxiliary use.
-35%
Battery Mass
Structural format eliminates need for heavy enclosures.
+87kWh
Usable Energy
From a single modular installation, scalable and silent.
0
Emissions
Sodium-ion chemistry removes lithium and cobalt, reducing impact on marine ecosystems.
ADVANTAGES FOR SPACE
structural
mass
-25%
Replace battery packs and casings with load-bearing panels.
flight
range
+15%
Lighter structure extends distance or enables additional payload.
System
Volume
-40%
Panelized format eliminates need for separate compartments.
Energy-to-Mass
Ratio
+70%
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
-25%
structural
mass
Replace battery packs and casings with load-bearing panels.
+15%
flight
range
Lighter structure extends distance or enables additional payload.
-40%
System
Volume
Panelized format eliminates need for separate compartments.
+70%
Energy-to-Mass
Ratio
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
+30%
Available volume
for payloads
Revolutionize energy storage by integrating battery technology into structural components.
-40Kg
Mass
savings
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
+500%
Power through structural integration
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
+15%
flight range
Lighter structure extends distance or enables additional payload.
-40%
System Volume
Panelized format eliminates need for separate compartments.
+70%
Energy-to-Mass Ratio
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
+10×
runtime
Compared to AGM batteries in auxiliary use.
-35%
Battery Mass
Structural format eliminates need for heavy enclosures.
+87kWh
Usable Energy
From a single modular installation, scalable and silent.
0
Emissions
Sodium-ion chemistry removes lithium and cobalt, reducing impact on marine ecosystems.
ADVANTAGES FOR MARITTIME
runtime
+10×
Compared to AGM batteries in auxiliary use.
Battery Mass
-35%
Structural format eliminates need for heavy enclosures.
Usable Energy
+87kWh
From a single modular installation, scalable and silent.
Emissions
0
Sodium-ion chemistry removes lithium and cobalt, reducing impact on marine ecosystems.
+10×
runtime
Compared to AGM batteries in auxiliary use.
-35%
Battery Mass
Structural format eliminates need for heavy enclosures.
+87kWh
Usable Energy
From a single modular installation, scalable and silent.
0
Emissions
Revolutionize energy storage by integrating battery.
STEP BY STEP
PRODUCT ROADMAP
2021
2022
2023
2024
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
2021
2021
2021
2021
CHIMESTRY CUSTOM MADE
Tailored Power
for Mobile
Coverings
Volta and Marcolin partnered to electrify commercial vehicle coverings with a high-performance sodium-ion battery pack. The 24V – 160Ah Na-Ion pack was designed to power motorized textile structures (like automated coverings on transport units), reducing dependency on truck engines and cutting fuel use.
3.84 kWh in 45 kg
+1,000 Cycles with Voltage Stability
EXAMPLE 1
FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
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MAIN PARTNER
FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
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FREQUENT ASKED
QUESTIONS
GET VOLTA BATTERY
Revolutionize energy storage by integrating
battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
ASK YOUR QUESTION
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