DB Solid-State Capattery – Next Generation Energy Storage Technology for the Future
What Is DB Solid-State Capattery?
DB Solid-State Capattery is a next-generation energy storage technology that combines the strengths of capacitors and batteries. It delivers high power, high energy density, long life, and excellent safety for future-ready applications.
Key Differentiators
• Low temperature resistance: -50°C to +90°C (vs. lithium around 0°C)
• Long life and low cost: 20K–1M cycles, up to 100× more than lithium
• High current discharge: up to 5,000 A
• High energy density: up to 500 Wh/kg
• Safe and reliable: passes puncture, crush, and short-circuit tests
• Super fast charging: charges in seconds
• Full charge and discharge: supports deep DOD cycling
• Zero remaining SoC: can safely discharge to 0% remaining capacity
How It Works
DB Solid-State Capattery uses advanced carbon-based materials and nano metal ion composite layers to store energy through electrostatic charge separation rather than purely chemical reactions. This bridges the gap between conventional capacitors, supercapacitors, and lithium batteries, delivering both high power and high energy density.
Applications
• Uninterruptible power supply (UPS)
• Solar energy storage systems
• Energy storage devices and battery packs
• Portable and wireless devices
• Drones and smart glasses
• Power banks and wireless earbuds
• Cell phones and consumer electronics
• Automotive, military, and DC/AC power systems
NiMH Extreme Versatility
Purpose & Summary
NiMH batteries offer a proven, versatile solution for portable and backup power, balancing energy density, safety, and cost. They are ideal where reliability, robustness, and easy integration matter more than ultra-high energy density.
Key Benefits
• Reliable, mature chemistry with stable performance
• Good energy density for compact devices
• 1,000+ cycle life under proper use
• Safe design with low maintenance needs
• Minimal memory effect for flexible charging
Applications
• Mobile and handheld devices
• Consumer electronics
• Backup packs and small UPS
• Industrial and specialty tools
Zero memory effect
DB Solid-State Capattery – Performance & System Benefits
Purpose & Summary
DB Solid-State Capattery is engineered to deliver both high power and high energy density in demanding environments. By combining capacitor-like responsiveness with battery-level storage, it supports fast charge/discharge, long life, and safe operation across a wide temperature range.
Key Differentiators
- • Low temperature resistance: -50°C to +90°C
• 20K–1M cycle life for lower lifetime cost
• High current discharge up to 5,000 A
• High energy density up to 500 Wh/kg
• Safe and reliable under puncture, crush, and short-circuit tests
• Super fast charging in seconds
• Full depth-of-discharge operation
• Zero remaining SoC capability (safe 0% discharge)
System-Level Benefits
• Smaller, lighter packs for the same usable energy
• Reduced need for complex thermal management
• Higher system uptime and power quality
• Better performance in cold climates and harsh conditions
• Lower total cost of ownership over the system lifetime
NiMH Extreme Versatility – Complementary Energy Storage
Purpose & Summary
NiMH Extreme Versatility provides a proven, robust energy storage option that complements DB Solid-State Capattery. It is ideal where mature chemistry, predictable behavior, and cost-effective performance are more important than maximum energy density.
Key Benefits
• Stable, mature chemistry with predictable performance
• Good energy density for compact devices
• Long cycle life under proper use
• Safe operation with low maintenance requirements
• Minimal memory effect for flexible charging patterns
Applications
• Consumer and mobile electronics
• Backup packs and small UPS systems
• Industrial tools and specialty devices
• Use cases where reliability and cost balance are key
Positioning vs. DB Solid-State Capattery
DB Solid-State Capattery
NiMH Extreme Versatility
Chemistry
Carbon-based nano composite; electrostatic storage
Proven nickel-metal hydride chemistry; mature tech
Energy Density
Ultra-high: Up to 500 Wh/kg
Proven density for compact devices
Cycle Life
Extreme: 20K to 1M cycles
Proven: 1,000+ durable cycles
Temperature
Extreme: -50°C to +90°C
Stable performance in standard use
Charge Speed
Super Fast: Seconds
Reliable, predictable charging
Safety
Puncture, crush & short-circuit proof
Robust design; low maintenance
Best For
Military, EV, UPS, Drones & high-power labs
Consumer electronics, UPS & backup tools
