Repurposing or recycling a used battery follow a strict valuation procedure for characterizing the battery's chemical and electrical profile through charge and discharge under emulated and programmable profiles. ActionPower India's testing solutions support both automated validation sequence and complete discharge for your battery recycling applications.
Retired batteries such as from EVs are not necessarily functionally dead yet still retain significant usable energy which, if properly re-intended, brings about considerable advantages for the circular economy.
When a battery's State of Health (SoH) drops below 80% - or other thresholds defined by local standards - it may still be repurposed for stationary grid storage, provided its operational characteristics still comply with safety regulations. If deemed unfit for second-life applications, the battery is sent for recycling to extract critical raw materials, for which the battery must be completely discharged to ensure absolute safety during its dismantling process.
For both applications, cycling testing systems, bidirectional power supply and regenerative electronic load take their role for both electrical safety characterization and regenerative testing processes with energy recovered to utility - all of them fall within the expertise of ActionPower India.
Electrical characterization focuses on the validation regarding the State-of-Health (SOH) of retired EV batteries for defining their residual capacity for second-life application. Power porfile is bidirectional, where for both directions dynamic profiles are supposed to be injected, meanwhile with regnerative capability matter for discharging status.
Ensure absolute safety before physical dismantling with our true 0V and bipolar negative-bias discharge technology. ActionPower systems completely neutralize internal chemical potentials to eliminate voltage bounce-back risks, all while efficiently recovering the massive residual energy from end-of-life battery packs back to your facility.
Cell-Level SoH Screening
Module Impedance & Grading
Voltage Balancing & Equalization
Residual Capacity Evaluation
True 0V Deep Discharging
Pre-Dismantling Safety Checks
Second-Life Rack Cycling
Re-integrated BMS Validation
Thermal Management Verification
Containerized Reused Storage
Grid-Tied PCS Compatibility
Microgrid Energy Shifting
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