Course on battery recycling and second-life applications
About our
Course on Battery Recycling and Second Life
Learn to recover, recondition, and give new life to lithium, lead, and other chemistry batteries, applying diagnostic, recycling, and sustainable waste energy management techniques.
Course on battery recycling and second-life applications
- Format:
- Duration:
- Hours: 300 H
- Language:
- Credits:
- Registration date: 24-08-2026
- Start date: 11-10-2026
- Available places: 2
650 $
Competencies and results
What you will learn
- Types of batteries (Li-ion, NiMH, lead-acid, etc.)
- Basic electrochemical principles
- Life cycle and degradation
Battery health assessment
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Diagnostic methods
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Capacity and performance testing
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Cell and module analysis
Recycling techniques
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Safe disassembly
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Separation of materials
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Mechanical and chemical processes
Second life for batteries
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Reuse in stationary systems
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Integration into renewable energies
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Selection and reconditioning criteria
Environmental management and regulations
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Legislation on hazardous waste
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ISO standards and good environmental practices
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Traceability and material control
Second-life system design
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Integration of recycled modules
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Energy sizing
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Control and monitoring with BMS
Who this program is for:
Course on battery recycling and second-life applications
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Technicians and professionals in the energy sector.
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Electrical, mechanical, or environmental engineers.
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Entrepreneurs in electric mobility and recycling.
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Engineering or renewable energy students.
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Sustainability or environmental managers.
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Technical training with a practical and industrial approach.
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Expert instructors in recycling and electric mobility.
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Access to laboratories and professional software.
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Certification endorsed by SEIUM and technology partners.
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Flexible methodology with online and in-person modalities.
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History and evolution
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Battery typologies
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Energy life cycle
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Environmental impact
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Waste classification
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International regulations
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Case studies
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General safety
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Fundamentals of charge and discharge
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Active materials
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Chemical reactions
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Types of electrolytes
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Degradation and efficiency
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Thermal balance
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Chemical diagnostics
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Electrochemical simulation
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Measurement methods
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Cell analysis
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Voltage and current diagnostics
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Thermal analysis
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Reuse criteria
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Safety testing
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Diagnostic equipment
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Technical reports
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Disassembly
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Physical separation
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Mechanical processes
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Chemical processes
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Metal recovery
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Purification
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Waste management
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Plant safety
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Selection of reusable modules
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Cell balancing
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Reassembly
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Load testing
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Performance monitoring
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Integration into systems
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Quality standards
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Certification of use
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Series/parallel configuration
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Energy sizing
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Load simulation
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Integration with renewables
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Controllers and BMS
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Service life estimation
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Cooling and ventilation
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Functional testing
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Methodology: Practical project-based learning (PBL) and industrial simulations.
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Software: MATLAB, Batemo, Simulink, Batron Analyzer, energy spreadsheets.
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Laboratories: Cell recycling, BMS diagnostics, module reconditioning, thermal analysis, and energy performance testing.
Capstone-type projects
Admissions, fees, and scholarships
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Requirements: basic knowledge in electricity or engineering.
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Duration: 120 hours (theory + practice).
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Mode: online, in-person, or hybrid.
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Scholarships: available for students and professionals in energy transition.
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Financing: up to 12 interest-free installments.
Do you have any questions?
Our team is ready to help you. Contact us, and we will respond as soon as possible.
F. A. Q
Frequently asked questions
No, it starts with technical fundamentals and progresses gradually.
Yes, you will obtain industry-recognized SEIUM certification.
Yes, with access to simulators, software, and live tutoring.
Computer with internet access and basic software included in the tuition.
Yes, they are carried out in laboratories and through projects simulating real-world cases.