Narada Power Source today announced a technological leap with its new 783Ah ultra-high capacity solid-state battery, achieving breakthrough performance metrics that position it as a game-changer for grid-scale energy storage solutions.

Key Performance Specifications

● Cycle Life: ≥10,000 cycles
● Single-Cell Capacity: 2.5+ kWh
● Energy Efficiency: >95%
● Volumetric Energy Density: 430Wh/L
● Inherent Safety: Zero liquid leakage/combustion risk

Three Core Technological Breakthroughs

1. Flexible Biphasic Oxide Solid Electrolyte

● Solves brittleness issues in conventional oxide electrolytes

● 10⁻³ S/cm ionic conductivity (comparable to liquid electrolytes)

● Wide electrochemical window + air stability

2. In-Situ Electrolyte Film Formation

● Self-assembling nanolayer reduces interfacial resistance by 68%

● Enables uniform lithium-ion flux across solid-solid interfaces

3. Multi-Layer Heterogeneous Architecture

● LiCon functional layer: Enables rapid ion transport

● SIL interfacial layer: Enhances electrode-electrolyte contact

● Combined effect improves mechanical strength by 3X vs conventional designs

Market Implications

The 783Ah battery's 2.5kWh single-cell capacity – the highest in its class – significantly reduces system integration complexity for:

● Utility-scale energy storage

● Renewable energy smoothing

● Industrial backup power

"By addressing the historic pain points of solid-state batteries – interfacial resistance and scalability – we're bringing commercially viable, high-safety storage to market."
- Dr. Li Wei, Narada's CTO

Manufacturing Readiness

With pilot production already underway, Narada expects:
→ 40% cost reduction by 2026 through:

● Dry electrode processing

● Electrolyte synthesis optimization