Everyone in Pakistan’s energy conversation is fixated on getting more electric vehicles on the road. Cheaper imports, new manufacturing licenses, tax breaks on e-bikes and rickshaws. Almost nobody is asking the harder question: what happens when those batteries die?
That gap is about to matter a lot more than most policymakers realize.
The Recycling Vacuum at the Heart of Pakistan’s EV Push
Here’s the uncomfortable fact: Pakistan currently has no comprehensive, finalized national framework for battery recycling, production quality standards, or safe installation practices. There’s an intention on paper, as we’ll get to — but nothing operational yet.
Meanwhile, e-waste is already piling up with nowhere formal to go. Battery collection rates in the country are effectively negligible, meaning most discarded batteries end up in ordinary landfills — creating real environmental and health risks rather than a hypothetical future problem.
This matters because lithium isn’t like old lead-acid car batteries, which Pakistan’s informal scrap sector has handled (imperfectly) for decades. Lithium-ion packs carry fire risk, toxic electrolytes, and genuinely recoverable value if handled correctly. Handled incorrectly, they’re just slow-motion contamination sitting in a scrapyard.
What the Government Is Actually Building
To be fair, something is moving. In our review of recent policy activity, the most concrete step so far is the Battery Manufacturing Policy 2026–31, which the federal government approved with phased localization targets, tariff reforms, and performance-based incentives meant to pull in domestic manufacturing investment. A dedicated working group for the policy was constituted in December 2025 on the prime minister’s instructions.
The policy’s first real decision: lithium iron phosphate (LFP) battery technology was approved for initial localization, chosen for its safety profile, cost effectiveness, and suitability for both grid storage and electric vehicles. That’s a sensible starting chemistry — LFP is harder to set on fire than the nickel-manganese-cobalt (NMC) packs used in higher-range EVs.
Recycling gets a mention too, but only a mention. A framework for battery recycling is described as “being developed” to limit environmental risks, with the Pakistan Standards and Quality Control Authority assigned a role in testing and certification. “Being developed” is doing a lot of work in that sentence.
Independent energy researchers aren’t reassured yet. As one specialist quoted in recent reporting put it, real progress on solar charging, battery swapping, and safety regulation has been slow relative to the announcements, and building all of it — production, infrastructure, monitoring, and policy continuity together — is not a quick or cheap undertaking.
Why Battery Swapping Might Actually Move the Needle
One piece of the puzzle looks more promising than the rest. The Mitigation Action Facility, working with Lahore University of Management Sciences’ Energy Institute, has approved a battery-swapping network project for Electric Three-Wheelers across Punjab, backed by roughly EUR 8 million in funding over a five-year implementation period.
Why does swapping infrastructure matter for recycling specifically? Because it centralizes the batteries.
- Instead of thousands of individually owned packs scattered across households and rickshaw drivers, batteries live at swap stations run by operators.
- Centralized custody makes end-of-life collection dramatically easier — you don’t need door-to-door collection, you need agreements with a few hundred stations.
- The same project explicitly folds in sustainable battery and solar PV recycling as part of its policy and regulatory component, alongside improving EV standards and tariff design.
Pakistan’s three-wheeler segment alone is roughly two million vehicles, which gives some sense of scale if electrification of that segment actually accelerates.
The Market Numbers Behind the Urgency
This isn’t a niche concern. Pakistan’s lithium-ion battery market was valued at $394.6 million last year and is projected to reach $826.5 million by 2031 — roughly doubling in size. Every one of those batteries has an expiry date, and right now there’s no formal system waiting for them when they arrive.
Globally, the resource case for recycling is only getting stronger. Per the U.S. Geological Survey’s most recent revision, worldwide lithium mine production (excluding the U.S.) rose to roughly 222,000 tonnes in 2024, up from about 180,000 tonnes in 2023, and demand keeps climbing across EVs, electronics, and grid storage. Lithium is, in principle, infinitely recyclable — which makes every landfilled battery pack a wasted resource, not just an environmental hazard.
Pakistan is nowhere near the center of the global recycling supply chain either. China alone hosts more than 85% of global battery recycling capacity today, largely because it’s both the largest battery producer and the largest EV market. That concentration means Pakistan can’t simply piggyback on regional infrastructure — it will need to build something closer to home, or export waste material and lose most of the value in the process.
What This Looks Like in Practice, Not Theory
For a household or small business owner thinking about switching to an electric two-wheeler or rickshaw today, here’s the practical reality:
- There is no official buy-back or drop-off scheme for a dead EV battery in most of the country right now.
- Battery health degradation is real but manageable — most lithium packs still function usefully below 70-80% of original capacity, just with reduced range, so a “dead” battery is often still useful for stationary storage before true retirement.
- LFP chemistry, now being localized, is the safer bet for anyone buying new — lower fire risk than NMC, even if it means slightly less range per kilogram of weight.
- Informal scrap dealers will likely fill the gap in the near term, the same way they’ve handled lead-acid batteries for years — which is exactly the outcome the government’s forthcoming framework is supposed to prevent.
Specialist’s Insight
When we look closely at how this is unfolding, a pattern emerges that’s common in fast-growing EV markets: policy attention follows visible growth, not invisible risk. Manufacturing incentives are politically rewarding — ribbon-cuttings, jobs, import substitution headlines. Recycling frameworks are not. They’re regulatory plumbing, and plumbing doesn’t get photographed.
That’s precisely why Pakistan’s current trajectory is worth watching closely over the next 18 to 24 months. The Battery Manufacturing Policy 2026–31 gives the country a genuine shot at building a domestic battery ecosystem instead of remaining purely import-dependent. But a manufacturing policy without a matching end-of-life strategy just delays the landfill problem by a battery’s lifespan — typically five to eight years for a heavily used EV pack.
The battery-swapping pilot in Punjab is the one initiative that could quietly solve the collection problem almost as a side effect of solving the range-anxiety problem. If it scales beyond Punjab’s three-wheelers into two-wheelers and eventually passenger EVs, Pakistan could end up with a recycling advantage it didn’t originally design for — centralized custody of batteries by default, rather than by regulation.
Our honest read: the manufacturing side of Pakistan’s EV strategy is credible and moving. The recycling side is still a stated intention rather than a functioning system. Anyone building a business, a fleet, or a household purchase decision around EV batteries in Pakistan right now should plan for that gap to persist for at least a few more years — and factor the eventual cost of responsible disposal into the total cost of ownership, because right now, nobody else is.