By NewsBlogger Quino Energy, in collaboration with Electrosynthesis Company, has achieved manufacturing readiness level 7 for its battery active material pilot production line, marking a significant milestone in U.S. domestic manufacturing of flow battery technology with high efficiency and sustainability.
At a glance
- Quino Energy has reached manufacturing readiness level 7 for its battery active material pilot production line.
- The production line can convert dyestuff chemicals into quinone battery active material through an electrochemical reaction.
- The resulting product does not need downstream purification and can be cycled inside a commercial flow battery system.
- The production line has the capacity to produce up to 100 kWh of organic battery material reactants per day.
- Quino Energy’s organic flow batteries offer a sustainable and cost-effective solution for mid-duration energy storage applications.
The details
Quino Energy, in collaboration with Electrosynthesis Company, has reached manufacturing readiness level 7 for its battery active material pilot production line.
This pilot line can convert dyestuff chemicals into quinone battery active material through an electrochemical reaction.
The resulting product does not need downstream purification and can be cycled inside a commercial flow battery system.
The production line has the capacity to produce up to 100 kWh of organic battery material reactants per day.
It is worth noting that the production cost of this technology is comparable to or even lower than vanadium.
This achievement signifies the first instance of U.S. domestic manufacturing of flow battery active material, marking a significant milestone in the energy storage industry.
In terms of technology readiness, Quino Energy has reached level 6 for its quinone flow battery technology.
The organic active material used in these batteries has a degradation rate of less than 1% per year, indicating high efficiency and durability.
To support the development of this innovative technology, Quino Energy secured a substantial funding of $4.58 million from the U.S. Department of Energy.
This investment aims to further improve the production capabilities and efficiency of the battery material.
Looking forward, the technology will be transferred to a toll manufacturing site in Houston, Texas, expanding its reach and potential impact.
Quino Energy is well-equipped to provide innovative battery material and systems to commercial customers, offering a sustainable and cost-effective solution for mid-duration energy storage applications.
One of the key advantages of Quino Energy’s organic flow batteries is their potential to be much cheaper than lithium-ion batteries for mid-duration energy storage needs.
Moreover, these batteries do not depend on critical minerals or contain hazardous synthetic chemicals, aligning with sustainability and safety standards.
In conclusion, Quino Energy’s organic flow battery chemistry shows great promise and has the potential to emerge as a leading technology in the mid-duration energy storage market.
This could revolutionize the way we approach energy storage and renewable energy solutions.
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| – Quino Energy has achieved manufacturing readiness level 7 for its battery active material pilot production line – The pilot line converts dyestuff chemicals into quinone battery active material through an electrochemical reaction – The product from the reaction does not require downstream purification and can be cycled inside a commercial flow battery system – |
| The production line can produce up to 100 kWh of organic battery material reactants per day – |
| The production cost is comparable to or lower than vanadium – This is the first example of U.S. domestic manufacturing of flow battery active material – The technology was developed with and is operated by Quino Energy partner Electrosynthesis Company – |
| The technology will be relocated to a toll manufacturing site in Houston, Texas – Quino Energy achieved technology readiness level 6 for its quinone flow battery technology – |
| The organic active material has a degradation rate of less than 1% per year – Quino Energy received $4.58 million in funding from the U.S. Department of Energy – |
| The funding was to support the development of the production line – Quino Energy is well-positioned to produce innovative battery material and deliver systems to commercial customers – |
| The organic flow batteries can become significantly cheaper than lithium-ion batteries for mid-duration energy storage applications – Quino Energy’s solution does not require critical minerals or include dangerous synthetic chemicals – The organic flow battery chemistry has the potential to become a leading technology in the mid-duration energy storage market. |
