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volytica - Battery Asset Management Technology
We make the management and operation of the most expensive wearing part simple and efficient. We’ve specialized in the evaluation of battery field data; Our algorithms don’t need excessive initial training or lab tests – they take advantage of the abundance of information contained in real data.
Our diagnostics solution analyses battery field data - operational signals transmitted by IoT or other monitoring means from the battery systems. With our unique and scalable technology, we crack that ubiquitous, but raw data open - unlocking otherwise hidden information such as degradation, SOH, anomalies and safety risks, SOC quality and many more.
We put maximum focus on interoperability, 3rd-party platform integration, ease of installation and scalability.
- Dashboard-based Warranty Monitoring
- Battery Degradation & Quality Analysis
- Lifetime & TCO optimization
- 2nd-life Certification
- Highly scalable Cloud-platform
- 3rd-Party Platform Integration (Scada, fleet and asset management systems)
10 years of experience with battery operation analysis - in a market that is barely 5 years old. Monitoring the first electric vehicles in the European market back then with our R&D partner Fraunhofer IVI, Dresden, we realized early that the most expensive vehicle wearing part, the battery, deserves a closer look. Over the years, amassing thousands of GB of data, we developed unique AI- and electrochemistry-based algorithms that extract the relevant information from IoT and telematics data - independent of manufacturer and without extensive pre-configuration or testing.
- develop more economical battery systems,
- reduce warranty & operational risks,
- extend a battery`s lifetime well beyond standard warranty times and
- establish after-use concepts (2nd-use).
Diagnostics - where are we now?
- AI- and electrochemistry-based and celltype-agnostic algorithms that determine the current state of a system
- From State-of-Health (SOH, both capacity and resistance based), over State-of-Charge quality (SOC) up to system-internal defects and inhomogeneity
Predictions - where will we go?
- Scenario-based forecasting of remaning usable lifetime
- Deriving of optimization potentials and operational recommendations to extend an assets lifetime
- Self-improving calculations - the more data is available, the better the predictions become
Automation - how can we scale?
- We merge unique battery experience with a highly scalable, heavily API-integrated Cloud platform
- Our platform development team has been building data pipeline and warehousing systems for more than a decade - we are truly scalable
Our technology is individually scalable and can be used for every kind of battery. Whether in the transport sector, stationary systems or industry equipment: our customers rely on our long-standing expertise.
Assessing, calculating and mitigating the risk of value decrease, 2nd-use applications - we provide banks, lessors and insurances as well as technical inspection and certification authorities with the means to contribute to a cleaner future.
- Stationary Systems
- Public Transport
- Transportation
- Rail
- Micromobility
- Industry Equipment