Organic battery innovation
Breakthrough quinone-based electrolyte chemistry for aqueous organic flow batteries.
QUINO ENERGY
Organic Flow Battery Technology for the Future of Long-Duration Energy Storage
Sai Bioenergy partners with Quino Energy to bring next-generation Organic Flow Battery technology to emerging energy markets. Together, we combine sustainable chemistry, breakthrough research and engineering expertise to develop safer, lower-cost and scalable long-duration energy storage solutions that support tomorrow's renewable power systems.
Explore Energy Storage
Schematic quinone structure — replace with licensed Quino Energy imagery when supplied.
Capabilities
Our strategic partnership with Quino Energy
Quino Energy brings breakthrough quinone-based electrolyte chemistry, technology originating from Harvard-licensed intellectual property, rapid pilot-scale development and a vision for affordable, sustainable battery systems. Together, these capabilities strengthen Sai Bioenergy's long-duration energy storage portfolio and future technology roadmap.
Harvard-origin technology
Built on intellectual property licensed from Harvard research.
Sustainable chemistry
Abundant organic materials reduce reliance on critical minerals.
Rapid commercial development
Fast movement from chemistry to pilot-scale demonstration.
Technology advantages
Benefits of Organic Flow Battery technology
Organic Flow Batteries use abundant organic chemistry to reduce dependence on critical minerals while delivering safe, water-based operation, flexible scalability and competitive lifecycle economics. Designed for the next generation of renewable electricity networks, they offer a compelling pathway towards sustainable long-duration energy storage.
Abundant chemistry
Organic electrolytes reduce exposure to critical mineral supply chains.
Water-based operation
Aqueous, non-flammable electrolyte for inherently safer systems.
Flexible scalability
Architecture scales with duration requirements.
Competitive lifecycle economics
Lower electrolyte cost across the life of the asset.
Harvard-licensed
Technology origin
0
Chemical pilot line
0
100 kWh BESS pilot
Up to 0%
Lower electrolyte cost vs LFP
Up to 0%
Lower electrolyte cost vs conventional VRFB
~1/4 the cost
Quinone electrolytes vs vanadium supply
Figures are based on Quino development data and pilot-stage comparisons.
Caveat retained from the wireframe and shown above the fold of this
strip, as specified. These are pilot-stage comparative claims from a partner's development
data — they should be dated and attributed before launch, and reviewed for competitive-claim
risk since two named alternative chemistries are referenced.
Applications
Applications of Organic Flow Battery energy storage
Organic Flow Battery systems are suited for renewable energy integration, utilities, industrial facilities, microgrids, remote communities and future-ready grid infrastructure where safety, sustainability and long-duration performance are essential.
Renewable integration
Utilities
Industrial facilities
Microgrids
Remote communities
Future-ready grid