Building the next 20 years of energy infrastructure with ultra-safe, large-capacity technology

1. Our Technology Vision

A vision for high-safety energy systems

Winston Battery focuses on building energy infrastructure that can operate reliably over the long term—even in extreme environments—through a water-based LYP electrochemical system combined with ultra-large-capacity prismatic cells.

Our technological breakthroughs are not driven by isolated performance gains.

They are the result of long-term, systematic research across materials, structure, electrochemistry, manufacturing processes, and thermal management.

2. Core Technological Breakthroughs

(1) Water-Based LYP Electrochemistry

• Non-flammable electrochemical system

• No thermal runaway

• Can be extinguished with water

• Long-term field validation in extreme cold, extreme heat, high humidity, and corrosive environments

(2) Ultra-Large Capacity Cell Structure

• Mass-production capability from 50Ah to 1000Ah

• Fewer parallel connections → higher system-level safety

• No voltage collapse under load
  (a critical advantage for robotics and marine applications)

(3) Wide-Temperature Reliability

• Operating range: –45°C to +85°C

• Validated under high-altitude and extreme pressure conditions

• Proven long-term operation in marine, outdoor, and desert environments

(4) Extreme Safety-Oriented Structural Design

• Corrosion-resistant polymer housing

• Electrode materials resistant to internal breakdown

• Optimized thermal resistance control

• Structural prevention of internal short circuits

(5) 20+ Years of Global Field Validation

• Grid-scale energy storage

• Mobile energy storage vehicles

• Marine propulsion systems

• Robotics and rail transportation

• Long-term deployment in extreme environments

3. Why Our Technology Matters

Conventional lithium battery systems are approaching structural limits:

• Higher energy density → higher risk

• More complex BMS → higher cost

• More extreme operating scenarios → lower reliability

Winston Battery has taken a different path.

Instead of competing solely on energy density,
we define ultra-high safety and extreme-environment reliability as the foundational objectives of energy system design.

4. Download

Download the “Technological Breakthrough White Paper”