CCES for Large Energy Bases

Challenges

Grid congestion from renewable volatility
Renewable energy wastage
Grid instability limits large-scale power export capacity
Diverse energy mix lacking flexible energy storage deployment
Geographic and climatic constraints

Core Advantages

Efficient External Energy Coupling

Improves system performance in cold, extended winters, reducing operational costs

Optimized Power Export

Stabilizes renewable energy output, enhancing long-distance transmission efficiency

Flexible Energy Structure Compatibility

Independent adjustment of charging and discharging power and duration, adaptable to various configurations such as wind, solar, or hybrid bases, achieving a "One base, One strategy"

Long-Duration Energy Storage & Peak Regulation

Minimizes waste of wind and solar energy, supports inter-day and inter-seasonal peak regulation, enhances grid stability, and smoothens renewable energy fluctuations

Extreme Environment Adaptability

Operates reliably in harsh conditions like sandstorms, severe cold, extreme heat, strong winds, and heavy snowfall areas