Эксперты призывают к интеграции электрического ж/д и грузового транспорта для безопасности и энергобезопасности регионов Австралии

Australia’s regional freight debate is often framed as a contest between rail and trucks when both should be used to improve energy and regional sovereignty, significantly reduce road trauma and potential to enable passenger rail. Spinifex is an opinion column. If you would like to contribute, contact us to ask for a detailed brief. Debates are too often framed as a contest between one solution and another, rather than an opportunity for well executed integrated planning for the best outcome. Australia’s regional freight debate between rail and trucks is usually a contest but has much more to offer us. It is possible to design freight systems that lower the long-term cost of moving goods, reduce public harm, improve resilience and use the extraordinary renewable energy resources available across regional Australia to create energy sovereignty and multiple other benefits. Electric rail and battery electric trucks are now commercially available, but the issue is: how can they work together for an integrated whole-of-government solution? Focus on precincts The appropriate scale for this work is the precinct: the grain receival site, regional service town, industrial estate, logistics depot, port interface or freight terminal where energy, transport, storage and economic activity come together. If this can work better economically, it can also enable far more opportunities for passenger rail. This is renewable oriented development applied to the freight economy. For a start it is possible to imagine an easy link between solar and road freight movements as they overlap with the solar cycle. For years, rail’s climate advantage has been central to the case for shifting passengers to rail as well as freight from road. Rail remains highly energy-efficient for concentrated bulk freight over long distances and because of the right of way it is easier to create rural passenger rail. But decarbonisation alone no longer settles the question. Battery electric trucks are becoming a credible and increasingly affordable option for many freight tasks, especially where routes are short, repeatable and connected to depot charging during the day. This can unlock much of the opportunities for rural centres in the next economic transition. The critical new opportunity is that the clean technology supply chain has matured. China now produces around 80 per cent of the world’s solar panels and lithium-ion batteries, and more than 90 per cent of heavy electric trucks. These are not speculative technologies waiting for a breakthrough. They are increasingly available and affordable products that Australia can deploy, provided we plan the charging, grid connections, renewable supply, servicing and workforce needed to make them work for both road and rail movements. This will drive the growth of rural centres. For regional Australia, this creates an opportunity for energy sovereignty, which can be a big economic value as well as a range of other benefits. A renewable powered freight depot can do more than charge vehicles. With solar, batteries and appropriate network upgrades, it can support local businesses, workshops, food processing, communications and community resilience. It can reduce exposure to volatile diesel prices and imported fuel disruptions. It can create a local platform for maintenance, operations and skilled employment. It can be the basis of rural community development. Road and rail niches Electric trucking is already likely to be the right answer for many tasks: farm-to-silo movements, local and regional distribution, dispersed collection, backhaul, and the “last mile” between freight terminals and customers. It is flexible, modular and can be progressively deployed. It does not require waiting for a complete, new (or refurbished) rail system before benefits begin to flow. Rail should be used in four ways: - where it can remove large and predictable freight volumes from public roads; - where it reduces pavement wear, bridge damage and heavy vehicle exposure; - where it strengthens supply chain resilience; and - where public safety and avoided public costs justify the substantial investment needed to restore or build rail infrastructure. The economic value in these can enable passenger rail to be considered as a viable additional benefit. Whole of system value and road trauma The key measure to achieve integration of road and rail freight is not simply tonnes moved; it is the whole-of-system value created. A high volume grain, mineral or bulk-product task that would otherwise send road trains over hundreds of kilometres of regional roads may have a strong rail case. The benefits can include lower road maintenance expenditure, improved safety for local communities and other road users, greater reliability during peak harvest periods, and less exposure to fuel cost volatility. These benefits need to be counted alongside conventional rail operating economics. Safety is particularly important. Australia’s regional and remote roads carry a disproportionate share of the national road toll. Heavy vehicle crashes on rural roads can be especially severe, with high speeds, long emergency response times and the potential for multiple casualties. In 2025–26, there were 59 fatal heavy-vehicle crashes on rural roads nationally resulting in 63 deaths. These deaths are too easily swept aside until we see the value of a statistical life. The Commonwealth’s current value is $5.87 million/life in 2025 dollars. It is not a value placed on an individual life; it is a standard measure of the community’s willingness to pay for reductions in mortality risk. If a freight investment avoids even a small number of expected deaths or serious injuries over its life, the safety benefit can be substantial. But it depends on the community’s level of concern, so the calculation must be corridor specific and evidence based: actual truck movements, road geometry, crash history, severity, road-user exposure and realistic freight diversion. This is standard process in road agencies, but it should no longer be acceptable to treat road trauma as an unpriced side effect of a freight system but a community’s road trauma. Smart approaches to future freight Strengthening supply chain resilience will increasingly need smart technologies including smart vehicles. This can be used for all of the new rural development opportunities. We need to do more to take advantage of the availability of data. Community’s matter and the transition to a safer road and rail transport system can significantly reduce such trauma and provide other benefits. A full value approach will include energy sovereignty as well as the potential for passenger rail and tourism. That does not mean every mothballed rail corridor should be reopened. Restoring a freight railway is costly. It can require rehabilitation of formation and drainage, bridges and culverts, track, sleepers and ballast, level crossings, loops, signalling, terminals and loading equipment. In some cases, land access, environmental approvals and the creation of an operating model may be harder than the engineering work itself. But it should be in the context of road trauma and energy sovereignty, as well as all the other costs and benefits. Steps to the renewable, electric freight system The first step should be to question whether lower-cost investments can produce most of the benefit. Upgrading a siding, improving a grain loading system, extending a passing loop or strengthening an existing terminal can be far more cost effective than reconstructing a long line. Western Australia’s experience of reducing a 60 wagon loading cycle at Cranbrook from seven hours to four illustrates the value of focusing on terminal capacity, not merely line haul ambition. The broader danger at this point in history is low ambition disguised as caution. Going slowly in the energy transition has a cost: continued diesel dependence, higher exposure to fossil fuel volatility, delayed productivity gains and continued deterioration of roads and freight assets. The risk is not that Australia moves too fast toward renewables, storage and electrification. It is that planning processes move too slowly for technology that is already available and becoming cheaper. This opportunity cannot be lost because its different and no manuals are available yet. Equally, investing in the wrong infrastructure locks up scarce capital, skilled labour, engineering capacity and political attention. It could also miss the fastest energy transition in history. A fossil-fuel asset that will take until the mid-2030s to enter service, risks becoming a very expensive white elephant of an outdated system. It can displace investment in the assets that regions need now: renewable generation, storage, grid capacity, electric fleets, charging, efficient rail interfaces and modern logistics precincts, as well as new passenger rail opportunities. Conclusions Regional freight planning should begin with a simple test: does this investment reduce long-term energy and logistics costs, improve resilience, reduce public-road harm and build local capability and community development, using solutions already within reach? If it does, it belongs in the regional infrastructure plan. If it does not, we should not allow nostalgia for the smell of diesel in the morning – or the clank of old railways – to divert money, skills and attention from the infrastructure that will secure regional Australia’s future.