Australian Solar Recycling: How it Works
Solar panels are fast changing from a trend to a way of life, with an estimated one in five Australians now using solar to cover their power bills, so it’s no surprise that solar savvy customers are asking about the next step in renewable energy. In such a young industry, and one that is still innovating rapidly, the future of energy from the sun is still evolving.
The solar industry is moving forward at a tremendous pace, with more efficient and longer lasting panels being released every year. Most high quality panels promise at least an 80% efficiency at 25 years, but many panels only last as long as ten years. We commonly take down faulty panels less than 6 years old.
An issue facing the industry is one that has faced many others; what to do with their product once its life cycle ends. Although good quality solar panels have a 25-30 year life, this will still cause an influx of used panels into our waste management industry within the next few decades. In fact the poorer quality ones are already piling up in stockpiles around the country. In January 2018, China stopped taking our recyclable waste, leaving us with a problem.
Fortunately, some of our most innovative minds are working to address this problem.
The state of Australian recycling
No end of life levies
Unlike some countries, Australia doesn’t charge manufacturers a levy towards end of life recycling. This means the costs of disposal fall either on the installer, if there’s an upgrade, or the homeowner, if they’re managing disposal themselves.
Victoria bans e-waste
As of July 1st, 2019, Victoria made the move to ban e-waste in landfill, which includes ‘any end-of-life equipment which is dependent on electric currents or electromagnetic fields in order to work properly’. The legislation recommends recycling through a designated facility, and Victoria now offers alternative e-waste recycling facility drop off points.
Although there are limited Australian recycling facilities, more options are becoming available at a rapid rate, thanks to new legislation, and opportunities in the sector. For instance, the NSW Government recently began inviting expressions of interest for $10 million in grant funding to run trial projects that increase the collection, reuse and recycling of solar panels, and battery storage systems.
We’ve brought together a list of the types of recycling, upcycling, and disposal options currently available for solar panels, inverters and batteries.
Which Parts of Solar Systems can be Recycled?
Glass, aluminium frames and brackets, semiconductors, crystalline silicon, electric junction boxes, and plastics can all be recycled through various processes.
The aluminium frames are the most valuable, and easiest part of a solar panel to recycle.
Each solar panel is also made up of around 80% crystalline silicon, which can be recycled and refined for reuse.
Parts from cables, and inverters, may also be recycled or sold, depending on the age and type of product. Older inverters with a transformer offer a wider variety of scrap metals that can be recycled, while newer inverters are most often recycled as e-waste.
How to Dispose of old Solar Panels
- Sell them or give away. Although they can’t be reused for large scale installations, working solar panels are popular with handymen, travellers and home DIYers who are looking to complete smaller projects. They’re also useful for camping or adding to campervans for extra power when away from the grid. You can list your panels on sites like Gumtree or Facebook Marketplace to find someone willing to turn your old panels into a small upcycling project.
- Recycling – currently, only two Australian facilities offer PV recycling, and you’ll have to pay to do the right thing. Reclaim PV and Ecoactiv offer pickup services in most areas of Australia, and are continuing to expand their collection abilities, and increase their recycling capabilities.
- Pay for e-waste disposal. With the exception of Victoria, which recently passed laws banning e-waste disposal, most states offer e-waste disposal, for a cost. Contact your local waste disposal facility to find out costs and options.
- Give them to a scrap dealer. Although not all parts will be recycled, a scrap dealer may be willing to take panels off your hands so they can make a few dollars off the valuable parts, then dispose of the remaining waste.
- Upcycle into something new. Looking to do something a little more interesting with your old solar? You can upcycle old panels into something useful but a little less vital. We’ve written a list of ten ideas for upcycling old solar panels.
How to Dispose of old Inverters
- Sell for scrap. Older inverters may contain useful metals that can be sold, but you’ll need to have both an older inverter, as well as a scrap dealer willing to take them, which isn’t guaranteed.
- Pay for e-waste disposal. Just as with solar panels, inverters can be disposed of as e-waste in most states, excluding Victoria.
- Inverter recycling. You won’t get money, but you won’t be out of pocket either, if you can find an Australian recycler willing to take your old inverter. At least two Australian recyclers currently take inverters; MRI e-cycle solutions and Electronic Recycling Australia. You can check with your local recycling centres to see if they offer other options, although they are currently few and far between.
How to Dispose of old Batteries
With the payback period on batteries becoming more attractive due to grants, better storage capabilities and decreasing prices, the problem of recycling may be further away, but it’s still an important consideration.
The good news is that Victorian company Envirostream recently announced a new recycling facility, turning up to 3,000 tonnes of batteries into high value mixed metal dust annually, with plans to increase their facilities, and intake ability, moving forward.
Where will Solar Recycling go from here?
New research, new regulations, and an ever changing, forward thinking industry will likely see a big uptake in solar part recycling over the next five years.
A recent University of NSW study has put Australia at the forefront of understanding the economic drivers and possibilities ahead. With solar panel life cycles coming to an end, recycling PV is an industry set to expand at a rapid pace.