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The UK's EV charging network has grown rapidly. As of early 2026, there are over 88,500 public charge points across more than 45,000 locations, with around 14,000 new devices added in 2025 alone. But growth creates a secondary problem that few people are talking about: what happens to chargers that are replaced, upgraded, or decommissioned?
Every month, charge point operators remove devices from the network. Some are outdated. Some are damaged. Some are being swapped for faster, higher-powered units as the market shifts towards ultra-rapid charging. Each decommissioned charger is classified as Waste Electrical and Electronic Equipment (WEEE), and each one needs a compliant recycling route.
This guide covers the practical steps for recycling EV chargers in the UK, from understanding your legal obligations to setting up an efficient, ongoing recycling process.
Why So Many EV Chargers Are Reaching End of Life
The EV charging market is evolving at a pace that means infrastructure installed just a few years ago can already be commercially unviable. Early-generation public chargers, many rated at 7kW or 22kW, are being replaced by 50kW rapid and 150kW+ ultra-rapid units. The number of ultra-rapid chargers in the UK grew by 41% in 2025, reflecting a clear shift towards faster charging speeds.
This technology cycle means thousands of functional but outdated chargers are being pulled from service. Add to that the units removed due to vandalism, vehicle impact, weather damage, electrical faults, or site redevelopment, and you have a waste stream growing faster than almost anyone anticipated.
Workplace and domestic chargers add further volume. The UK has over 1.3 million home chargers installed, many now five to seven years old and approaching the point where they may need replacement due to wear, software obsolescence, or upgrades to accommodate newer, higher-powered vehicles.
EV Charger Disposal Regulations: WEEE Classification and Duty of Care
Under the WEEE Regulations 2013, EV chargers are classified as electrical and electronic equipment. When they reach end of life, they become waste electrical equipment and must be handled accordingly. This applies regardless of whether the charger is a small domestic wallbox or a large commercial rapid charging unit.
For charge point operators, property managers, and anyone responsible for decommissioning EV chargers, this means you must ensure chargers are collected by a licensed waste carrier, transported to an Approved Authorised Treatment Facility (AATF) or through a licensed waste management company, recycled in compliance with WEEE treatment standards, and supported by duty of care documentation proving the waste was handled correctly.
Sending EV chargers to general waste, skip hire, or unlicensed scrap dealers is a breach of duty of care and can result in enforcement action from the Environment Agency.
What Makes EV Charging Point Recycling Worthwhile
EV chargers contain a range of materials, many of which have significant recovery value. A typical charger includes copper wiring and busbars (often several kilograms per unit, particularly in rapid chargers), aluminium housings and heat sinks, steel structural components, printed circuit boards containing precious metals including gold, silver, and palladium, power electronics such as capacitors, transistors, rectifiers, and transformers, LCD or LED displays, plastic casings and cable insulation, and in some cases lithium-ion batteries for backup power or smart metering.
The power electronics in rapid and ultra-rapid chargers are particularly valuable. These units contain high-grade copper, power semiconductors, and specialist components that can be recovered and returned to supply chains if processed correctly through a specialist WEEE treatment facility. Basic scrap processing misses most of this value.
Charge Point Decommissioning: A Step-by-Step Process
Step 1: Electrical Isolation
EV chargers operate at voltages that can cause serious injury or death. Before any physical removal, the charger must be electrically isolated by a qualified electrician. For AC chargers, this means isolating the supply at the distribution board. For DC rapid chargers, which contain internal capacitors that can retain charge, the process is more complex and requires specialist knowledge. Never attempt to remove an EV charger without proper electrical isolation.
Step 2: Physical Removal
Once isolated, the charger can be physically removed from its mounting. Wall-mounted domestic units are typically straightforward. Pedestal-mounted public chargers may require groundwork to remove the foundation. Rapid chargers, which can weigh 200kg or more, need mechanical handling equipment. Cable runs should be removed where accessible, as the copper content has significant recycling value.
Step 3: Secure Storage
If chargers are being accumulated before collection, they must be stored securely. Damaged units with exposed electrical components should be segregated. If the charger contains a lithium-ion battery (some smart chargers do), it must be stored in accordance with hazardous waste requirements. Avoid stacking heavy rapid charger units, as this can cause damage to the casings and internal components.
Step 4: Collection and Recycling
Arrange collection through a licensed waste management company with WEEE treatment capability. The chargers will be transported to an authorised facility for dismantling and material recovery. Ensure you receive duty of care documentation and a recycling certificate for every collection.
How to Recycle Electric Vehicle Chargers at Scale
If you operate a charging network with hundreds or thousands of units, ad-hoc disposal is not practical. You need a structured recycling programme that integrates with your operations.
Key considerations for fleet-scale recycling include establishing a framework agreement with a single recycling provider who can handle collections from any location nationwide, setting up regular collection schedules aligned with your upgrade and maintenance cycles, ensuring your provider can handle all associated waste streams (chargers, cabling, mounting hardware, packaging) in a single collection, requiring detailed recycling reports that support your ESG reporting and sustainability metrics, and confirming that your provider achieves genuine high-recovery recycling rather than basic scrap processing.
End of Life EV Charger Options for Homeowners
Homeowners replacing a domestic wallbox charger have several options. If you are having a new charger installed, your installer should remove the old unit and arrange its disposal. Many installers work with recycling providers to ensure compliant handling.
If you are removing the charger yourself (after having it isolated by an electrician), you can take it to your local Household Waste Recycling Centre and place it in the WEEE collection area. Alternatively, some manufacturers run take-back schemes for their own products.
Do not put EV chargers in your household waste bin or in general skip waste. They contain electronic components and potentially hazardous materials that require specialist treatment.
The Future of EV Charger Disposal in the UK
The EV charger waste stream is only going to grow. The UK government's Clean Power 2030 Action Plan and the Zero Emission Vehicle mandate are driving accelerated deployment of both public and private charging infrastructure. As the market matures, upgrade cycles will shorten, and the volume of end-of-life chargers will increase significantly.
This challenge sits within a broader pattern of renewable energy infrastructure reaching end of life across the UK. Operators who establish compliant recycling routes now will be ahead of the curve. Those who do not risk compliance gaps, reputational damage, and the practical headache of accumulating waste with no clear disposal route.
Get Started with EV Charger Recycling
Contact Waste Experts to discuss your EV charger recycling requirements. Whether you are decommissioning a single unit or managing a nationwide network upgrade, we provide the specialist treatment, documentation, and logistics to keep you compliant. With our in-house AATF facility, BATRRT-compliant processing, and nationwide collection network through our team, we make EV charger recycling straightforward.
