1. Our Safety Philosophy

At Winston Battery, safety is not achieved through complex add-on protection.
It is designed into the materials and structure from the very beginning.

Our safety system is built on three core principles:

• Electrochemical Safety — Water-based chemistry inherently prevents thermal runaway

• Structural Safety — Resistance to penetration, short circuits, and corrosion

• System Safety — Low parallelization, low complexity, and reduced failure chains

2. Six Core Engineering Safety Systems

(1) Water-Based Safety Chemistry

• Non-flammable

• No thermal runaway

• Can be extinguished with water

• No generation of highly corrosive HF gas (significantly lower than NMC systems)

(2) Anti-Corrosion Plastic Shell

• Marine environments

• High-humidity open installations

• Long-term outdoor operation

(3) Ultra-Low Parallel Design

• 50Ah–1000Ah ultra-large single cells

• Naturally reduced parallel redundancy

• Prevention of cascading failures

(4) Wide-Temperature Engineering

• −45°C polar and snowfield environments

• +85°C desert conditions

• High-altitude, low-pressure operation

(5) Mechanical Safety

• Vibration resistance

• Impact resistance

• Structural deformation tolerance

(6) Long-Term System Validation

• Marine power systems

• Energy islands

• Power grids

• Telecom base stations

• Extreme-environment deployments

3. Why Our Safety System Is Different

Most battery systems rely on:

• BMS

• Protection boards

• Complex thermal management

Winston Battery relies on:

• Intrinsic safety

• Ultra-large-capacity cell architecture

• Simplified risk and failure chains

Safety is not a corrective measure — it is the starting point of our design.