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MW-Scale Long-Duration Energy Storage Solution
Vanadium Redox Flow Battery System with Utility-Grade PCS
Learn More About VRFB
High Safety
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Water-based electrolyte
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Non-flammable design
Long Lifespan
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Up to 25 years of service life
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Over 20,000 deep cycles
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Designed for daily cycling
Long-Duration Energy Storage
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Stable, long-duration energy output
Flexible System Design
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Independent power and energy scaling
Electrolyte Recycling & Reuse
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Low degradation, high residual value
Abundant Vanadium Resources
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Stable supply with ample global reserves
High Safety・Long Lifespan
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Ideal for long-duration energy storage, supporting applications from several hours to extended periods.
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Designed for large-scale, long-duration energy storage—stable, explosion-proof, and highly safe.
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Energy stack efficiency >83%, suitable for large power users, power developers, and data centers.
VRFB System Architecture & Energy Flow
Turnkey VRFB Energy Storage System
Turnkey VRFB Energy Storage System
Utility Scale PCS
Utility scale PCS，100kW-1MW
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Build Smart Microgrids
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Enhance Islanded Power Systems
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Integrate Green Renewable Energy
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Boost Corporate ESG
VRFB ＆ Storage Solution
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Proprietary integrated sealing design
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No adhesive bonding required
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O-ring-free design
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Designed for commercial deployment and scalable mass production
Vanadium Flow Super Stack 100 kW
Self-Sealing Design
Mass Production Ready
Application
Industrial parks / science parks
Peak shaving, tariff optimization, and backup power for MW-scale industrial applications.
Power Generation Developers
Commercial Facilities / Server Rooms / AI Data Centers / Cloud Service Providers
Commercial / data centers / AI & cloud services
High-reliability, non-flammable, long-life energy storage for UPS applications and peak-shaving applications.
Microgrids / Schools / Hospitals / Government Shelters
Long-duration backup power for off-grid or weak-grid environments, including microgrid applications.
Hybrid Energy Systems with DC Bus Architecture
High-efficiency, zero-carbon integration of power generation, energy storage, and consumption enabled by PCS DC bus architecture.
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