Western Australia commits $17.8 million to collecting dead solar panels and batteries

Western Australia commits $17.8 million to collecting dead solar panels and batteries The state's spend targets the renewable build-out's neglected back end, but the sum looks small against the waste wave Australia's fast solar rollout is building. Western Australia's Cook Labor government on Wednesday (2026-06-03) committed $17.8 million to one of the least glamorous problems in the energy transition: what to do with solar panels and batteries once they stop working. The bulk, $13 million, goes to building collection, transport and processing pathways for end-of-life panels from both households and solar farms, according to RenewEconomy.⁴ That matters because the back end of the renewable build-out has been an afterthought, and the bill is starting to come due. Australia has put up solar at one of the fastest per-capita rates anywhere, and every panel installed over the past decade is one that will eventually be pulled down, hauled away and stripped for materials. Collection, not recycling technology, is the bottleneck.⁴ The WA package splits three ways. Alongside the $13 million for panel pathways, $3 million funds the roll-out of embedded battery collection at local government facilities, and a further $1.8 million is set aside to keep both programs running.⁴ It is a modest sum. RenewEconomy framed the move as the state joining a very slow march of state and federal governments finally acting on a problem the industry has flagged for years.⁴ Canberra moved first, only just. The WA spend follows the federal Labor government's January (2026) launch of a $25 million pilot to establish up to 100 solar panel collection sites across the country, a program the article says was driven by an enormous amount of industry-led campaigning.⁴ Geography is why this is hard and expensive. Australia is nearly the size of the continental United States but home to only about 26 million people, most clustered on the east coast with smaller centres in the west.² Hauling bulky, low-value waste panels across those distances to a handful of processing sites is a logistics problem before it is a recycling one. The volume those systems will eventually absorb keeps climbing. Fortescue in late May (2026-05-26) began work on a 690MW solar farm and a 650MWh battery system at its Cloudbreak iron ore mine in the Pilbara, the final solar and storage installations for the miner's decarbonisation plans, according to Power Technology.³ Every utility-scale array like it adds to the future decommissioning pile. The supply pressure is global and cheap. China's solar exports to the global south rose 32%, to 126GW, exceeding its shipments to the global north for the first time, the Economist reported, with installations in India alone projected at 350GW between 2024 and 2030.¹ Cheaper modules mean faster deployment and, in time, faster replacement cycles, which is exactly the waste stream WA is now trying to get ahead of. Some governments are pushing back on the inflow rather than planning for its end of life. South Africa imposed 10% tariffs on Chinese panels in 2025 and Brazil lifted its rate to 25% in November 2025, the Economist noted.¹ Australia has taken a different posture, spending on the disposal side while leaving the import door open. The risk is that $17.8 million barely moves the needle. Collection sites have to be built, run economically, and actually reach the regional solar farms and rooftops that generate the waste, not just metropolitan Perth. The federal pilot's target of up to 100 sites is a ceiling, not a commitment.⁴ What to watch is whether the panel pathways funded here turn into operating sites within the year, and whether the next tranche of money scales with deployment numbers rather than trailing them by a decade. On current evidence, the march stays slow.⁴