Reusable packaging or reuse hubs – depots where pallets, crates, IBCs and roll cages are repaired, washed and reissued – are often treated as an afterthought in network design. Yet they are some of the most power-hungry, electrically complex facilities in the loop. Industrial washers, conveyors, automated inspection lines and charging bays for electric forklifts all compete for capacity. If the electrical backbone is weak, the whole reuse programme suffers: outages, tripped breakers and brownouts translate directly into missed collections, asset losses and frustrated customers.
The point is simple: resilient electrical infrastructure is just as important as pallet specs or crate design. Thinking about grid connection, on-site distribution and data from day one lets you support higher washing throughput, more automation and fleet electrification without compromising safety. It also improves visibility of energy costs, so reuse hubs can prove that circular packaging is not only operationally robust but genuinely lower impact.
Start At The Boundary: Grid Connections Built For Heavy Reuse Loads
The first design decision is not where to put the washers, but how to bring in enough power safely. In Australian states such as New South Wales, high-load reuse hubs must use an Accredited Service Provider under the state ASP scheme for contestable works on the distribution network. Companies like Integrum Power Group offer design and construction services as an ASP Level 1 contractor, including underground and overhead network extensions, new substations and high-capacity service connections for industrial sites.
Their Level 1 electrician services cover new connections, upgrades and relocations of supply infrastructure, all delivered to the standards required by local distribution businesses. Getting this work right means fewer voltage drops, better fault protection and enough spare capacity for future equipment like extra washers or EV chargers.
For packaging operators, the practical takeaway is clear: involve your ASP and electrical engineer when you are still sizing the yard, not after the first bottleneck shows up on the production board.
Build Distribution That Matches Conveyors, Washers And Control Systems
Once power crosses the boundary, the next risk is that it fragments into ad-hoc electrical rooms and extension projects. A reuse hub that runs multiple washer lines, conveyors and automated inspection cells needs coordinated low-voltage distribution, motor control and protection. Schneider Electric positions its EcoStruxure solutions for logistics and warehouse automation as a way to unify power distribution, motor controls and automation into one architecture, with connected breakers and meters feeding real-time data into dashboards.
In practice, that means specifying boards, MCCs, drives and protection curves based on realistic start currents and diversity factors for packaging equipment, not generic warehouse templates. High-efficiency drives on pumps and conveyors reduce both energy use and heat, while coordinated protection reduces nuisance trips when several machines start together.
With connected power monitoring devices, maintenance teams can spot phase imbalance or rising harmonic distortion long before it becomes a failure that stops the crate-washing schedule.
Plan For Electric Fleets And Depot Charging Peaks
Many reuse hubs now rely on electric forklifts, tuggers and in some cases on-site shunter or delivery vehicles. That shifts risk from diesel storage to electrical demand peaks. Siemens markets its eMobility depot charging solutions for bus and logistics depots, combining charging hardware with software that staggers loads and prioritises vehicles that need to be ready first.
The same logic applies neatly to fleets working inside reusable packaging hubs.
Instead of installing standalone chargers wherever there is floor space, hub designers should treat charging as another process line, with dedicated switchboards, cable routes and load-management controls. Smart charging platforms can slow or pause less critical chargers when washers ramp up, or when grid tariffs spike, so the site stays within its maximum demand without manual intervention.
For networks operating several reuse depots, harmonised charging strategies also make it easier to compare energy use per pallet or per crate between sites.
Turn Power, Asset And Packaging Data Into One Picture
A modern reuse hub already captures data on pallet counts, crate turns, wash temperatures and labour hours. Adding energy data into that picture helps show which assets consume the most power per usable cycle. ABB’s Ability Energy and Asset Manager provides cloud-based monitoring of electrical systems and connected equipment, with dashboards that track consumption, peak demand, CO₂ impact and asset health.
When applied to a reuse depot, that level of visibility lets teams benchmark washer lines, compare different shifts and identify where idle-running or poor sequencing is inflating the energy bill.
Crucially, combining operational and electrical data makes it possible to express performance in “cost and kilowatt-hours per usable trip” for a crate, pallet or IBC. That is the metric finance and sustainability teams increasingly care about. If one hub consistently uses more energy per asset turn than another with similar flows, managers can drill into specific circuits and machines instead of guessing. Over time, those insights inform better replacement decisions and make it easier to justify premium-efficiency motors or new control upgrades.
Design For Resilience, Maintenance And The Next Upgrade
Finally, electrical infrastructure only supports reuse programmes if it is maintainable and designed with realistic failure scenarios in mind. That means clear labelling, segregated critical loads and space in switch rooms for future feeders.
Global players such as Siemens Energy and ABB both emphasise resilience in their power-distribution and energy-management offerings, from digital tools that predict equipment issues to architectures that support redundant feeds and automatic transfer.
Endnote
Reusable packaging hubs can borrow that thinking by separating life-safety, IT and core process loads, and by formalising planned shutdown windows with their packaging operations teams. Regular thermographic inspections, breaker testing and cleaning of control panels are unglamorous but essential; they prevent dust, heat and vibration from turning a reuse depot into the weak link in a circular network.
Built this way, electrical infrastructure stops being a hidden constraint and instead becomes the quiet enabler of higher reuse rates, faster turnarounds and more credible environmental claims.
Rick LeBlanc, EMBA, is the founder and editor of Reusable Packaging News (subscribe to the free newsletter) and editor of Western Pallet Magazine. A supply chain journalist with more than 30 years of experience, he specializes in pallets, reusable packaging, material handling and related operations. Rick is co-author of Pallets: A North American Perspective and Pallets & Progress: A Collected History of Pallets and Palletized Handling 1922–1945. He is also an advisory board member of the Virginia Tech Center for Packaging and Unit Load Design. Read Rick’s full bio.
