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To maximize electric garbage-truck range on heavy collection routes, start with the route—not the advertised miles per charge. Record how the truck actually operates, model its energy use with the route’s changing load, stops, terrain and weather, then adjust assignments and charging plans against measured fleet data. There is no universal range-boost percentage or battery reserve that fits every refuse route.
That distinction matters because published figures describe different trucks and duty cycles. Mack’s 2026 announcement lists 376 kWh of total battery capacity for the next-generation LR Electric, while a 2024 NREL inventory lists an 80–100-mile range for a 400 kWh Peterbilt 520EV refuse truck. Neither figure guarantees what a particular truck will cover on a particular shift.
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What determines electric garbage-truck range on a collection route?
Range is the result of how much energy the truck uses on its assigned work, not a fixed number that can be read from battery capacity alone. A useful estimate accounts for the actual vehicle and refuse-body configuration, battery capacity, route distance, stops and dwell time, payload progression, terrain, temperature, speed, driving behavior, regenerative braking and charging access.
Collection routes are especially sensitive to the work pattern. A route with frequent stops, heavy loads or challenging terrain can use substantial energy despite having modest mileage. Conversely, mileage by itself does not tell a fleet how much energy a route will require. The practical answer is to quantify route conditions using the operator’s own data rather than assume a generic penalty or range gain.
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Mack says its electric-vehicle range calculator can use customer GPS route data to estimate energy consumption and predict how many starts and stops a truck can fulfill. Mack’s EV consulting material also describes route recording and energy modeling that considers payload, terrain, temperature, vehicle weight, speed, driving behavior and charging availability. These are manufacturer-described tools and services; fleets should confirm current availability and the supported vehicle configuration with Mack.
How should a fleet establish a route baseline?
Record representative operating days before changing the route or making a range target. The baseline should connect energy consumed with the conditions that produced it, so a fleet can tell whether a route adjustment, weather change or load difference explains a shift in performance.
- Capture the route actually driven. Save GPS tracks and actual distance, not only the planned path. Record elevation or terrain where available, and note meaningful detours or route changes.
- Log collection stops and dwell. Track the number of stops and time spent at stops. For collection work, start-and-stop frequency and stop duration are part of the duty cycle, not incidental details.
- Track load progression. Record the starting payload or load condition and how the load changes through the route. If exact payload data is unavailable, record the best consistent operational measure the fleet has and use the same method on comparison days.
- Record conditions and vehicle setup. Note ambient temperature, traffic or speed conditions, the truck configuration, refuse body and operating assignment. Keep vehicle and body configuration consistent when comparing routes wherever possible.
- Measure energy over the shift. Capture starting and finishing state of charge and the energy consumed using the fleet’s vehicle or charging data. Use the same measurement method across comparison days.
- Repeat across representative conditions. Include days with the loads, temperatures and traffic patterns the fleet actually needs to serve. A single favorable day is not a reliable basis for assigning a demanding route.
The objective is a usable baseline for that truck-route combination, not a universal claim about electric refuse trucks. Mack describes route recording and energy-consumption modeling as ways to ground planning in route-specific inputs. The operator’s own recorded data remains essential for checking whether modeled performance reflects real assignments.
Which route variables should be compared?
Compare routes as operating profiles, not just as mileage totals. Keep the vehicle and body configuration visible in the comparison; otherwise, a route may appear more or less demanding simply because it was assigned to a different setup.
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| Variable | What to record or compare | Why it matters to planning |
|---|---|---|
| Route distance | Actual GPS distance, including material deviations from the planned route | Provides context, but does not describe energy demand by itself. |
| Stops and dwell | Number of collection stops and time spent stopped | Mack’s route calculator is described as estimating how many starts and stops a truck can fulfill; stop count and time are useful inputs for route analysis. |
| Payload profile | Starting load and how it changes across the route | A route’s load is not necessarily constant from beginning to end. Mack identifies payload as a factor in energy modeling. |
| Terrain and elevation | Route terrain and elevation changes, when available | Mack includes terrain in its described route-energy modeling inputs. |
| Ambient temperature | Conditions during the operating shift | Temperature is among the variables Mack says its modeling considers. Compare like conditions or account for differences in the analysis. |
| Vehicle and refuse body | Truck, battery and body configuration | Battery capacity and vehicle weight are not interchangeable between configurations; keep the actual assigned equipment attached to the result. |
| Speed and operating behavior | Observed speed and relevant driving-behavior data | Mack includes speed and driving behavior among energy-modeling inputs. Do not assume a universal range improvement from changing driving style. |
| Energy and charging | Energy consumed, start/end state of charge, and charging availability | Connects the route profile to observed battery use and to whether a truck can be charged when operations require it. |
How can a fleet turn the baseline into better route assignments?
Use recorded conditions to model candidate assignments, then compare predictions with energy use observed in operation. Do not make decisions from distance alone or treat a modeled estimate as a guaranteed route result.
- Group comparable route days. Separate materially different truck or body configurations, temperature ranges and load profiles. This makes it less likely that unlike operating days will be mistaken for a route effect.
- Identify route-energy mismatches. Look for assignments whose measured energy use, stop pattern or load profile repeatedly differs from the planning assumption. A short route can still be demanding if its collection pattern or conditions are energy-intensive.
- Model alternatives. Evaluate candidate route assignments, schedules and charging scenarios using route-specific planning tools or fleet analysis. Mack says its calculator can use GPS routes to estimate energy use and starts and stops; its consulting description includes charging availability among the factors in its modeling.
- Make operational changes that preserve service and safety. Consider whether a different truck assignment, schedule or charging plan better matches the route. Do not skip required pickups, rely on unsafe coasting or alter braking behavior to chase a range target.
- Check the result against operation. Compare predicted and observed energy use over representative days. If actual performance diverges, revisit the inputs and route conditions rather than assuming that the battery or a generic accessory will solve the mismatch.
Scott Barraclough, Mack Trucks senior product manager of e-mobility, described the company’s calculator as a way for customers considering an electric vehicle to plan collection routes suited to it. That is a planning use case, not a promise that every route can be completed at a specified state of charge. A fleet should establish the route’s performance from its own operating evidence.
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Published specifications can help screen vehicle options, but they are not substitutes for route modeling. Read each figure with its vehicle, date, measurement and duty-cycle context attached.
| Published figure | Source and context | How to use it |
|---|---|---|
| 376 kWh total battery capacity | Mack Trucks, 2026, next-generation LR Electric announcement | A model specification, not the truck’s guaranteed usable route energy or a promised range. |
| 150 kW charging-system rating | Mack Trucks, 2026, next-generation LR Electric announcement | A stated charging-system rating. Confirm the exact equipment and configuration with Mack before using it as a fleet design specification. |
| 42% more energy than the previous generation | Mack Trucks, 2026, comparison for the next-generation LR Electric | Keep the claim as a comparison of energy capacity; do not rewrite it as 42% more real-world route range. |
| 80–100 miles for a 400 kWh battery | NREL, 2024 inventory entry for the Peterbilt 520EV refuse truck | A published entry for one vehicle, not a route promise. NREL says its inventory is not comprehensive and specifications may change. |
The same NREL inventory lists a 376 kWh Mack LR but provides no range figure for that entry. That difference illustrates why it is misleading to infer an exact route distance from battery capacity or transfer another truck’s published range to a different model. NREL also cautions that the inventory is not comprehensive and specifications may change.
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Mack’s 2026 announcement says the next-generation LR Electric has 42% more energy than the previous generation. That statement is about energy, not a guarantee of 42% more miles: route energy demand still depends on truck configuration and operating conditions. Also distinguish total battery capacity from usable route energy. The cited announcement gives total capacity; it does not, in the supplied information, establish a universal usable amount or reserve for every operating plan.
What role does regenerative braking play?
Regenerative braking can recover some energy during deceleration, and frequent stops create opportunities for it. But the available figures do not support a universal percentage range gain for electric refuse trucks, so fleets should not add an assumed regeneration bonus to route plans.
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For fleet planning, treat regeneration as part of the energy behavior to measure or model for the particular vehicle and duty cycle. Do not encourage unsafe coasting or changes to braking practices in an attempt to achieve a general percentage improvement.
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How should charging fit into a heavy-route plan?
Charging access supports fleet operations; it does not increase the truck’s energy capacity or miles per charge. Plan the charging system around the actual vehicles, route schedule, available site power and time when trucks can be connected.
- Confirm vehicle and charger compatibility. Verify the charging equipment and vehicle configuration with the relevant manufacturers or suppliers.
- Assess site capacity and available power. Establish what the depot can support and coordinate with the utility as needed; do not treat a charger’s nameplate rating as proof that the site can provide that power.
- Match charging opportunities to the shift. Include the time vehicles are available to charge and the fleet’s schedule when evaluating charging scenarios.
- Plan delivery and commissioning. Account for site assessment, permits, equipment selection, utility coordination, installation and commissioning in deployment planning.
- Include ongoing operations. Consider monitoring and maintenance as part of the fleet’s support plan, not as afterthoughts.
Mack’s infrastructure material describes services spanning site assessment, permits, equipment selection, utility coordination, commissioning, monitoring and maintenance. This is manufacturer information about deployment support, not evidence that installing charging equipment will extend a truck’s route range. Confirm current service offerings, partners and technical requirements before relying on them in a fleet plan.
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How should plans be checked after deployment?
Keep comparing route predictions with observed energy use after trucks enter service. A plan that fits a particular season or load pattern may not fit another one, and changing routes can invalidate earlier assumptions.
Review representative operating days across the temperatures, loads and traffic conditions the fleet encounters. Compare actual route and energy data with the model, then update route assignments or charging scenarios when persistent differences appear. If the mismatch cannot be explained by route conditions, confirm that the vehicle configuration and data inputs are correct and consult the vehicle provider or fleet’s technical support.
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Use operational findings to improve planning, but keep safety and service requirements fixed. Range targets should not depend on missed collections, unsafe driving choices or an unverified reserve rule. The evidence supports route-specific analysis and ongoing checks; it does not establish one battery reserve percentage suitable for every fleet.
What should operators avoid assuming?
- Do not treat battery capacity as route range. The 376 kWh Mack figure is total capacity, and the 400 kWh Peterbilt figure is associated with a published 80–100-mile entry; those facts do not create a universal conversion from kWh to route miles.
- Do not transfer another truck’s range to yours. Vehicle configuration, refuse body, route profile and duty cycle differ.
- Do not apply straight-truck energy data to refuse trucks. The DOE regeneration figures cited above concern a Class 7 electric straight truck.
- Do not treat an older refuse study as current battery-electric performance. A 2015 DOE Hydrogen and Fuel Cells Program study reported under 45 kWh for a typical route in a simulated fuel-cell-electric hybrid refuse truck on an actual Honolulu residential route. It is a different powertrain and study context, not a current battery-electric truck range figure.
- Do not assume an accessory fixes a route mismatch. The evidence supports route recording, vehicle-appropriate modeling and charging planning—not a generic retail product as a meaningful range solution.
- Do not assume one fixed range gain from driving style or regeneration. The supplied sources do not establish a universal percentage for heavy electric refuse routes.
The practical sequence is straightforward: measure the route, model its real duty cycle, test operational and charging alternatives, then validate the plan against observed fleet data. That makes route-specific decisions more defensible than relying on a single advertised range number.
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Frequently Asked Questions
Can a route that is shorter in miles still use more battery?
Yes. Distance alone leaves out collection-stop frequency, dwell time, payload, terrain, temperature and operating conditions. Compare actual route energy alongside mileage before concluding which assignment is less demanding.
Does the DOE figure of under 45 kWh describe a battery-electric garbage truck?
No. It comes from a 2015 simulation of a fuel-cell-electric hybrid refuse truck on a Honolulu residential route. It should not be used as a current battery-electric refuse-truck consumption figure.
Can I estimate route range by dividing battery capacity by miles per kWh from another truck?
That calculation would transfer an energy-use assumption across vehicles and duty cycles that may not match. Use a model and measured energy data for the actual truck, body and route instead.
Does a 150 kW charging rating mean a truck will always charge at 150 kW?
The Mack announcement states a 150 kW charging-system rating, but fleet planning should verify the vehicle equipment and site capability. The rating alone does not establish the power available under a particular depot’s conditions.
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