Volkswagen ID.4 (77 kWh) battery: recycling and second-life options
Reviewed by the eCycling Central editorial team on May 2026
The Volkswagen ID.4 (77 kWh) (Volkswagen, 2020-) carries a 77 kWh battery pack using NMC 811 chemistry from cell supplier LG Energy Solution. The pack weighs 493 kg. End-of-life routes split between second-life applications (typically 5-10 more years of grid storage) and full material recycling.
Battery specifications
| Field | Value |
|---|
| Capacity (gross) | 77 kWh |
| Chemistry | NMC 811 |
| Cell supplier | LG Energy Solution |
| Pack weight | 493 kg |
| Manufacturer | Volkswagen |
| Production years | 2020- |
Recoverable materials
A typical Volkswagen ID.4 (77 kWh) pack contains:
- Lithium: 9 kg (carbonate-equivalent ~48 kg)
- Cobalt: 5 kg
- Nickel: 75 kg
- Copper: ~25-50 kg in busbars and current collectors
- Aluminium: ~30-60 kg in cell housings and pack structure
- Steel: pack enclosure
- Graphite: anode material
- Manganese: present in NMC chemistry packs
Second-life value
A Volkswagen ID.4 (77 kWh) pack typically retains 70-80% capacity at the end of its first automotive life (~8-15 years). At that point it has 5-10 more useful years in lower-cycle applications:
- Grid stabilisation - fleet partnerships (B2U Storage Solutions, Connected Energy)
- Solar self-consumption storage - residential battery walls (some offerings repackage former EV cells)
- Off-grid power - marine, RV, off-grid cabin
- EV charging buffer - used at fast-charge sites to reduce peak grid draw
Typical second-life market value: $4500-9000 USD
Where to sell second-life packs:
- B2U Storage Solutions
- Connected Energy (UK)
- Powervault (UK residential)
- Re-Volv
- Direct sale to integrators via specialist brokers
Full recycling value
If second-life isn't viable (cell damage, capacity below 60%, no buyer), full material recycling routes:
- Recovery value: $950-1700 USD
- Recycling cost: $0-400 USD
- Net economics: Generally net-positive - manufacturer often sees a credit when delivering NMC/NCA packs
Major battery recyclers operating in Volkswagen's key markets:
- Li-Cycle (US, Canada, Europe) - hub-and-spoke model
- Redwood Materials (US) - integrated cell-to-cell recycling, supplies recovered cathode material back to major OEMs
- Umicore (Belgium, global) - integrated smelter
- Ecobat - lead-acid + lithium-ion
- Volkswagen closed-loop programme (where available - see take-back URL below)
Manufacturer take-back
Volkswagen sustainability + battery recycling
In the EU, manufacturers are obligated under EU Battery Regulation 2023/1542 (effective 2024) to provide free take-back for EV batteries. In the US, state-level laws vary - California's SB 615 (effective 2026) requires similar manufacturer responsibility.
Compliance and safety
EV batteries are classified as UN3480 / UN3481 (lithium-ion battery) under hazardous-materials transport regulations. Movement requires:
- Class 9 hazmat-certified transporter
- Damaged-pack protocol (typically requires container with non-conductive padding)
- Documentation: Bill of Lading + UN packaging certificate
Cannot be transported on a regular vehicle without certified packaging.
Where this fits in the bigger picture
By 2030, the IEA projects 1.4 million tonnes of EV battery waste annually globally. The Volkswagen ID.4 (77 kWh) contributes to this stream when retired. With 9 kg of lithium per pack, recovering even a fraction returns critical minerals to the supply chain - recovered lithium typically costs 30-50% less in carbon footprint than freshly mined material (NREL ReCell Center data).
Related guides
Sources
- Volkswagen battery sustainability disclosure
- US DOE National Renewable Energy Laboratory ReCell Center
- IEA Global EV Outlook 2024
- EU Battery Regulation 2023/1542
- Cell supplier (LG Energy Solution) published specifications
- LME spot prices for cobalt, nickel, lithium carbonate
Volkswagen ID.4 (77 kWh) Battery Recycling & Second-Life Value (2026): complete diagnostic guide (2026-05-20)
EV battery composition + recovery economics
A typical 2026 EV battery pack (60-100 kWh) contains, per IEA Global EV Outlook 2026:
| Material | Per pack (60 kWh) | Recovery rate | Market value 2026 |
|---|
| Lithium | 6-8 kg | 80-95% (hydrometallurgy) | $32,000-$78,000/tonne |
| Cobalt | 5-15 kg | 90-99% | $26,000-$38,000/tonne |
| Nickel | 35-50 kg | 85-95% | $14,000-$22,000/tonne |
| Manganese | 8-22 kg | 70-90% | $1,500-$3,500/tonne |
| Copper | 25-40 kg | 95-99% | $7,800-$10,200/tonne |
| Aluminium | 70-100 kg | 90-95% | $2,100-$2,800/tonne |
| Graphite (anode) | 50-80 kg | 30-60% (improving) | $800-$1,400/tonne |
Total recoverable material value: $1,800-$4,500 per pack at current commodity prices. This is why the EV battery recycling industry is projected to reach $52B globally by 2030 (BloombergNEF).
Second-life vs direct recycling decision
Before recovery, packs at 70-80% original capacity (typical retired EV battery) qualify for second-life applications:
- Grid storage: 5-10 year second life as utility-scale or residential storage. Buyback price: $30-$70/kWh for tested cells.
- Off-grid power systems: telecoms tower backup, RV/boat applications. Price: $40-$90/kWh.
- EV remanufacturing: cell-level swaps for older EV chassis (Nissan Leaf, Tesla Model S). Price: $50-$120/kWh.
Direct recycling without second-life skips this 5-10 year value capture. For fleet operators or OEMs, second-life partnership networks (Nissan + Sumitomo, BMW + Vattenfall, Tesla + Redwood Materials, Renault + Veolia) typically add 25-45% to total project NPV.
Compliance + transportation requirements
Used EV batteries are UN3480 Class 9 dangerous goods under the UN Model Regulations. Transport requires:
- DOT Special Permit DOT-SP 20932 in the US for packs >35 kg
- ADR Class 9 certification in EU
- State Notification Form Hazardous Waste Manifest under 40 CFR Part 262
Improper transport penalties: up to $93,000 per shipment under PHMSA enforcement (49 CFR Part 107.330). Always confirm transporter has the special permit on file before pickup.
Specialised recycler selection criteria
Five factors that matter:
- Hydrometallurgical vs pyrometallurgical capability: hydrometallurgy recovers 95%+ of lithium + cobalt; pyrometallurgy ~70-80%. Lower yield = lower payout.
- Cell-level traceability: per-cell SOH (state of health) testing, not pack-average. Difference between $30 and $70/kWh second-life payout.
- Certification stack: R2v3 + ISO 14001 + ISO 9001 + DOT-SP 20932 + state hazwaste permit minimum.
- Geographic proximity: transport cost is 15-30% of total program cost. Local + regional providers beat brand-name cross-region.
- Second-life partner network: ask for named partners (grid storage operators, OEM remanufacturers). Vague answers = no second-life route = lower payout.
Frequently asked questions
Can I recycle an EV battery at a regular e-waste recycler? No - EV packs require DOT-SP 20932 transport + Class 9 hazwaste handling. Regular e-waste recyclers (Best Buy, Currys, Staples) reject EV packs. Use a specialist: Redwood Materials, Li-Cycle, Northvolt Revolt, Glencore, Umicore, JX Nippon.
How long does the recycling process take? Pickup to settlement: 60-120 days typical. Hydrometallurgical processing alone is 30-45 days; testing + cell sorting + buyer matching adds the rest.
What's the realistic payout for a 60 kWh used pack? Range: $0 (broken pack, prepaid pickup) to $5,400 (excellent SOH, second-life route, premium recycler partnership). Median for retired EV pack via standard recycler: $1,200-$2,400. For high-SOH packs via second-life route: $3,000-$5,000.
Related guides + tools
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EV battery composition verified against IEA Global EV Outlook 2026 + BloombergNEF EV Battery Outlook 2026 + manufacturer environmental reports as of 2026-05-20. Commodity prices updated weekly via LME + Fastmarkets. Operated by Defining Style Limited (UK Companies House 10572391, ICO Registration ZA711914).
