Battery Energy Storage Systems (BESS)
Creating the energy storage systems of tomorrow, today
Qnovo enables a second life for batteries within the ESS ecosystem, eliminating deployment roadblocks. The financial fundamentals of these systems are no longer challenged by a lack of technology transparency.
So you can better understand the real ROI
For the first time, project owners and financiers can understand the true value of their assets with a crystal clear picture as to the health of every battery within the system.
and give a second life to batteries,
Know the precise health of every battery, regardless of age. Find efficiencies at every step of the circular economy by making second-life deployment a reality.
with the ability to measure what you manage,
Take the guesswork out of knowing your battery’s lifespan with predictive analysis and diagnostics without added hardware.
finding system efficiencies for continual optimization.
Provides a longer lifespan for the entire energy storage system with continual optimization of batteries, from fast charging to the management of degradation.
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So you can better understand the real ROI
For the first time, project owners and financiers can understand the true value of their assets with a crystal clear picture as to the health of every battery within the system.
For the first time, project owners and financiers can understand the true value of their assets with a crystal clear picture as to the health of every battery within the system.
Know the precise health of every battery, regardless of age. Find efficiencies at every step of the circular economy by making second-life deployment a reality.
Lorem ipsum
And give a second life to batteries
Know the precise health of every battery, regardless of age. Find efficiencies at every step of the circular economy by making second-life deployment a reality.
Lorem ipsum
With the ability to measure what you manage
Take the guesswork out of knowing your battery’s lifespan with predictive analysis and diagnostics without added hardware.
Take the guesswork out of knowing your battery’s lifespan with predictive analysis and diagnostics without added hardware.
Provides a longer lifespan for the entire energy storage system with continual optimization of batteries, from fast charging to the management of degradation.
Lorem ipsum
Finding system efficiencies for continual optimization
Provides a longer lifespan for the entire energy storage system with continual optimization of batteries, from fast charging to the management of degradation.
Energy systems across the world are undergoing a massive transformation, fueled by decentralized power with renewables, rapid scaling of electric vehicles, and integrated power sources. Battery energy storage is a commanding option for energy providers, scaling in part due to its high power and energy density properties.
Results
Here's why Constellation Energy and the Oil and Gas Climate Initiative (OGCI) partner with Qnovo
We offer real-time diagnostics of the battery’s electrochemistry and intrinsic material properties using EIS on the product itself. This data collected over the life of the battery provides a unique insight into aging and other degradation mechanisms.
Our chemical battery models are constantly learning from data accumulated in the field. Essential to making accurate predictions of battery health and safety, these models determine the optimal rate and degree of charging in order to maximize battery life and lifespan.
Closed-loop feedback acts in response to the chemical battery models and controls the charging process in real-time. It changes the rate and degree of charging for each individual battery to maximize battery life and lifespan.
Contact UsOur chemical battery models are constantly learning from data accumulated in the field. Essential to making accurate predictions of battery health and safety, these models determine the optimal rate and degree of charging in order to maximize battery life and lifespan.
Closed-loop feedback acts in response to the chemical battery models and controls the charging process in real-time. It changes the rate and degree of charging for each individual battery to maximize battery life and lifespan.
We offer real-time diagnostics of the battery’s electrochemistry and intrinsic material properties using EIS on the product itself. This data collected over the life of the battery provides a unique insight into aging and other degradation mechanisms.
Our chemical battery models are constantly learning from data accumulated in the field. Essential to making accurate predictions of battery health and safety, these models determine the optimal rate and degree of charging in order to maximize battery life and lifespan.
Closed-loop feedback acts in response to the chemical battery models and controls the charging process in real-time. It changes the rate and degree of charging for each individual battery to maximize battery life and lifespan.
Our chemical battery models are constantly learning from data accumulated in the field. Essential to making accurate predictions of battery health and safety, these models determine the optimal rate and degree of charging in order to maximize battery life and lifespan.
Closed-loop feedback acts in response to the chemical battery models and controls the charging process in real-time. It changes the rate and degree of charging for each individual battery to maximize battery life and lifespan.
Battery Energy Storage Systems
Battery Energy Storage System
Energy Sources
BESS Application
3 Levels of Benefits with Qnovo
Health and Safety
- Be confident in the longevity of your asset knowing the precise health and safety of every battery, regardless of age.
- Find efficiencies at every step of the circular economy by making second life deployment a reality.
- Understanding how many batteries are fit to be used for an application, whether that be for an ESS, EV or other.
Adaptive Charging and Built Intelligence
- Continual performance optimization of batteries, from fast charging to the management of degradation, provides a longer and safer lifespan for the entire energy storage system.
- For the first time, project owners, financiers and insurance companies can understand the true value of an asset with a clear picture of the health of every battery within the system.
Predictive Analytics
- Match the demand from the load to current and future battery state/capabilities through a software application enhanced with a cloud presence.
- Continual optimization of batteries, from fast charging to the management of degradation, provides a longer lifespan for the entire energy storage system.
Battery Energy Storage System
Health and Safety
- Be confident in the longevity of your asset knowing the precise health and safety of every battery, regardless of age.
- Find efficiencies at every step of the circular economy by making second life deployment a reality.
- Understanding how many batteries are fit to be used for an application, whether that be for an ESS, EV or other.
Battery Energy Storage System
Adaptive Charging and Built Intelligence
- Continual performance optimization of batteries, from fast charging to the management of degradation, provides a longer and safer lifespan for the entire energy storage system.
- For the first time, project owners, financiers and insurance companies can understand the true value of an asset with a clear picture of the health of every battery within the system.
BESS Application
Energy Sources
Predictive Analytics
- Match the demand from the load to current and future battery state/capabilities through a software application enhanced with a cloud presence.
- Continual optimization of batteries, from fast charging to the management of degradation, provides a longer lifespan for the entire energy storage system.