ZINC-ION BATTERIES

Beyond Lithium - The Future of Safe Energy Storage

Safer Sustainable Cost-Effective

Revolutionary zinc-ion battery technology that combines safety, sustainability, and cost-effectiveness for next-generation energy storage solutions.

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Energy Storage Solutions

ZB-10H
10kWh
Capacity
5kW
Power
ZB-10H Energy Storage
ZB-15H
15kWh
Capacity
7.5kW
Power
ZB-15H Energy Storage
ZB-50C
50kWh
Capacity
25kW
Power
ZB-50C Energy Storage
ZB-100C
100kWh
Capacity
50kW
Power
ZB-100C Energy Storage
ZB-500I
500kWh
Capacity
250kW
Power
ZB-500I Energy Storage
ZB-1000I
1MWh
Capacity
500kW
Power
ZB-1000I Energy Storage
TRL 6 Commercial Development

REVOLUTIONARY ENERGY STORAGE TECHNOLOGY

Zinc-ion batteries represent a groundbreaking advancement in energy storage technology, offering a safer, more sustainable, and cost-effective alternative to traditional lithium-ion systems.

Revolutionary zinc-ion battery technology that combines safety, sustainability, and cost-effectiveness for next-generation energy storage solutions.

Zinc-Ion Battery Technology

TECHNICAL SPECIFICATIONS

Energy Density

100-200 Wh/kg

Cycle Life

3000-5000 cycles

Operating Temperature

-20°C to +60°C

Safety Rating

Non-flammable

Cost Advantage

30-50% lower

Self-discharge

< 5% per month

CORE CONCEPT & COMPONENTS

ZINC ANODE

Stores and provides zinc ions during battery operation using zinc carbon material for optimal performance.

CATHODE SYSTEM

Accepts zinc ions during discharge and releases them during charging using manganese oxide carbon.

AQUEOUS ELECTROLYTE

Safe aqueous solution medium that enables zinc ion transport between anode and cathode.

KEY ADVANTAGES & BENEFITS

ENHANCED SAFETY

Non-flammable and less prone to overheating compared to lithium-ion technology.

ENVIRONMENTAL SUSTAINABILITY

Uses abundant zinc with lower environmental impact and recyclable materials.

COST EFFICIENCY

More affordable due to zinc abundance and reduced vulnerability to resource constraints.

TECHNICAL INNOVATION & PERFORMANCE

CELL SPECIFICATIONS (EVAP SOLAR)

Nominal Voltage: 24 VDC
Nominal Capacity: 6.35 Ah
Efficiency: 90%
Max Charge/Discharge: 145 W
SoC Window: 0–100%
Operating Temperature: +10°C to +30°C

PERFORMANCE METRICS

Energy Density: 100 Wh/L
Weight-Specific Energy: 90 Wh/kg

Key Performance Benefits:

  • • Short to medium-duration energy storage
  • • Adaptable for various energy needs
  • • Non-flammable chemistry for safety
  • • Recyclable materials design
Battery Technology Innovation

APPLICATIONS & USE CASES

Utility & Grid Support

Balance supply and demand while integrating renewable energy sources into the grid.

Residential Energy

Dependable backup power and intelligent energy management for homes.

Business & Industry

Reduce operational downtime and cut energy costs for commercial and industrial facilities.

Critical Infrastructure

Uninterrupted power supply for hospitals, telecom networks, and emergency services.