Product overview
Battery chemistry, duty cycle, BMS compatibility, thermal design and operating requirements determine the suitability of lithium-ion and emerging sodium-ion storage solutions.
Request a quoteTRLi-ion and Na-ion Energy Storage
Battery chemistry, duty cycle, BMS compatibility, thermal design and operating requirements determine the suitability of lithium-ion and emerging sodium-ion storage solutions.
PRODUCT AND TECHNOLOGY
Role, operation and lifecycle
Technical selection
Lithium-ion systems combine cells with a battery management system that monitors and protects the battery. Sodium-ion options require confirmation against an actual available product, its approvals and performance data. Selection includes charger compatibility, operating limits, enclosure and site requirements.
Maintenance and lifecycle
Inspection, testing and maintenance follow the selected manufacturer’s instructions and site operating procedures. EKA System evaluates installation, commissioning, service access and lifecycle support as part of the project.
APPLICATIONS
Engineering for the duty profile.
- Stationary energy storage
- Project-specific UPS and DC applications
- Cycling duties
- Pilot applications subject to product verification
TECHNICAL OPTIONS
Technical framework for selection
Values and options support initial selection. Final ratings, configuration and suitability are confirmed against the current manufacturer documentation, specification and site conditions. Service-life and cycle-life figures depend on the stated operating and test conditions.
ParameterValue / optionVerification
ChemistryVerified for the selected productSelected model and project requirements
BMSCompatibility, protection and communicationSelected model and project requirements
CapacityEnergy and power for the duty profileSelected model and project requirements
Thermal designTemperature and site conditionsSelected model and project requirements
ApprovalCurrent manufacturer documentation and project requirementsSelected model and project requirements
PROJECT INPUTS
Information for the right selection
Provide the load profile, system voltage limits, autonomy, operating temperature, installation space and applicable specification. Unknown values can be clarified through engineering assessment and site inspection.
Li-ion batteries
Lithium-ion systems combine cells, a battery management system and protective devices. Selection depends on the duty cycle, operating temperature, charging strategy, autonomy and the required safety architecture.
Request a quote →Na-ion batteries
Sodium-ion is an emerging storage technology. Chemistry, available product data, cycle life, BMS compatibility, temperature limits and project-specific performance must be confirmed with the manufacturer before selection.
Request a quote →