How the Growing EV Market Is Changing Car Breakers

Quick summary: As EV adoption rises, car breakers must adopt new safety protocols for high-voltage batteries, invest in specialist equipment and training, and partner with certified battery recyclers — because traditional engine-stripping methods no longer apply to electric vehicles.

Why the EV Boom Is Putting Pressure on Old-School Breakers

For decades, car breaking followed a simple process: drain the fluids, strip valuable parts, then crush the vehicle for scrap metal. That worked well for petrol and diesel engines, which posed few hidden dangers and required no specialized tools.

EVs change that equation entirely. A single damaged battery pack can pose a serious safety risk to anyone handling it. Breaker yards that don’t understand how to safely manage high-voltage systems risk losing business — or worse, causing accidents — while yards that adapt quickly stand to profit from the shift.

What Makes EV Breaking So Different

Battery Packs Aren’t Like Standard Car Batteries

A regular 12-volt car battery is simple: disconnect and remove. EV battery packs operate at 400 volts or higher, and a punctured pack can catch fire hours or even days after damage occurs. This risk requires entirely different storage and handling procedures.

High-Voltage Wiring Requires Specialist Training

EVs use heavy-duty orange high-voltage cabling instead of the simple wiring looms found in petrol cars. Touching an energized wire without proper training can be lethal. As a result, more Canadian and UK garages now require staff to complete formal EV dismantling training.

Fewer Mechanical Parts, More Electronics

EVs have no exhaust system, no transmission, and no internal combustion engine — the components that traditionally held the most resale value. Instead, breakers now deal with electric motors, inverters, and battery management systems, meaning the real value has shifted from mechanical parts to electronics and the battery pack itself.

The Growing Role of EV Battery Recycling

This is arguably the biggest shift in the industry. In the past, old EV batteries simply sat in scrap yards because no viable recycling technology existed.

That’s changing fast. A specialized battery recycling industry has emerged, focused on extracting lithium, cobalt, and nickel from used batteries so they can be reused in new ones. Industry estimates suggest the global battery recycling market could grow more than tenfold by 2033.

For breakers, this shift means:

• Batteries are now an asset, not a liability — properly recovered batteries can even affect the scrap value quoted for a vehicle when stored and handled correctly
• Partnering with authorized recyclers has become standard practice
• Yards without proper battery storage risk fines and regulatory violations

What Happens to a Salvage EV Today

When an EV is written off or reaches end-of-life, a modern breaker’s yard typically follows this process:

1. The battery pack is safely removed before any other work begins
2. Reusable components — engines, seating, sensors, body panels — are tested and stored for resale
3. The battery is either repurposed for energy storage or sent for full recycling
4. The remaining vehicle shell goes through standard end-of-life disposal

How Car Breakers Are Adapting Their Business

Investing in new equipment — Lifting an EV safely requires different tools due to its weight and battery placement, so many yards are investing in specialized lifts, insulated equipment, and fire-safe storage tanks.

Training staff properly — Any employee working with EVs needs high-voltage safety training. Yards that skip this step expose both workers and the business to serious risk.

Building relationships with battery specialists — Most breakers don’t have the equipment to fully recycle batteries in-house, so they’re partnering with dedicated recycling firms while focusing their own operations on other reusable materials.

Challenges the Industry Still Faces

• Training takes time and money, and smaller yards struggle to keep pace
• There’s no standardized EV disassembly process across Canada
• Battery storage requires significantly more space than engine storage did
• Batteries can pile up in storage when recyclers can’t process them fast enough

Final Thoughts

The EV market shows no signs of slowing down, and breakers who adapt now will be the ones still standing in five years. Battery recycling, proper staff training, and the right equipment aren’t optional extras anymore — they’re the new baseline for the industry.

If you’re in London and need a breaker experienced in EV handling, Brits Car Breakers is one company staying ahead of these industry changes as electric vehicle volumes continue to grow. We serve drivers across London and the surrounding areas — get in touch to arrange safe collection and scrapping of your vehicle, EV or otherwise.