Municipal & Sanitation Vehicles

CLW 18T Electric Road Sweeper Truck

CLW 18T pure-electric road sweeper is a 4x2 municipal cleaning vehicle listed with 8.9 m³ clean-water and 8.6 m³ refuse tanks, and a 3,500 mm maximum cleaning width. The supplier record also specifies a 231.07 kWh battery and 280 km range; these figures require confirmation against the supplied duty cycle, cleaning mode and operating conditions before selection.

8.9 m³ clean-water tank; 8.6 m³ refuse tank

Drive layout
4x2
Gross vehicle weight
18,000 kg

Listed figures describe a source configuration. Final chassis identity, lifting chart and order specification should be confirmed before quotation.

At a glance

Vehicle specifications

Manufacturer
CLW
Vehicle model
CL5184CFSBEV
Drive layout
4x2
Wheelbase
4800 mm
Gross vehicle weight
18000 kg
Overall length
8690 mm
Overall width
2530 mm
Overall height
3250 mm

Working system

Cleaning Process
Cold-water cleaning
Cleaning Speed Kmh
3–20 km/h
Maximum Cleaning Width Mm
3500

Performance and evidence

Key operating data

Battery capacity
231.07 kWh
Battery chemistry
Lithium iron phosphate
Listed driving range
280 km
Maximum speed
90 km/h
Motor type
Permanent magnet synchronous motor

Independent test or engineering documents are not recorded for this configuration. Ask for the test conditions and supporting files before relying on these figures.

Project planning

How to read the listed figures

Source-listed itemPlanning meaningCalculation conditionsFactors to check
Product center lists “Sweep and Suck Type” and cold-water cleaning.A combined sweeping and suction configuration is listed; confirm exact brush, suction and water-system package.No output estimate calculated; the source does not provide the required duty-cycle inputs.

Final equipment schedule and operating demonstration.

8.9 m³ clean-water tank; 8.6 m³ refuse tank.The source lists separate water and refuse capacities; they are not interchangeable payload figures.No output estimate calculated; the source does not provide the required duty-cycle inputs.

Tank usable capacity and final body specification.

3,500 mm.This is the listed maximum working width, not a guaranteed coverage rate.No output estimate calculated; the source does not provide the required duty-cycle inputs.

Measurement method, brush setup and target surface.

231.07 kWh battery and 280 km driving range.No duty-cycle or test basis was supplied, so range is not an operating guarantee.No output estimate calculated; the source does not provide the required duty-cycle inputs.

Route, ambient conditions, load, cleaning equipment use and test protocol.

3–20 km/h.Listed operating-speed range for cleaning; it does not establish an area-per-hour output.No output estimate calculated; the source does not provide the required duty-cycle inputs.

Surface, debris, brush setup and cleaning result requirements.

Application planning

Where this configuration may fit

Specific applications

Ghana road sweeper truck procurement and municipal sanitation configuration planning.

Suitable conditions

  • Potential fit: municipal road-cleaning routes where a 4x2 sweep-and-suck vehicle with cold-water cleaning matches the project requirement. Confirm route width, surface, duty cycle and local operating conditions; this is configuration guidance, not a performance guarantee.

Procurement notes

Before requesting a quotation

Useful project details

  • Required operating configuration
  • Operating environment
  • Destination-market requirements

Configuration checks

  • Confirm final configuration and Ghana requirements before quotation.
Request a quote

Before you specify

Product questions

Does the listed 280 km range guarantee a full sweeping shift?
No. The supplier record gives a 280 km driving-range figure, but no independent test report or duty-cycle conditions were supplied. Ask for the test method and confirm range with the final cleaning equipment, route, load and operating conditions.
Is 18 t the truck's rated payload?
A payload value is not confirmed here. The source labels 18 t as payload while separately listing an 18,000 kg gross vehicle weight; these are different measures. Verify the rated payload from the approved vehicle specification and chassis documents.
How much road can it clean on one tank or charge?
That cannot be calculated from the information reviewed. Water-use or spray-flow data and a defined route duty cycle are missing, so this page does not estimate road coverage. Request those inputs for a project-specific calculation.
Which documents should be checked before purchase?
Request the final vehicle build sheet, usable tank capacities, approved gross weight and payload, battery/range test conditions, and destination-market approval documents. The materials reviewed do not independently verify those items.

Compare configurations

Product information

Product details

Configuration at a glance

The product-center record identifies a CLW 18T-class, 4x2 pure-electric road sweeper, model CL5184CFSBEV. The listed gross vehicle weight is 18,000 kg, curb weight is 12,100 kg, wheelbase is 4,800 mm, and overall dimensions are 8,690 × 2,530 × 3,250 mm.

Sweeping and collection system

  • System type: sweep-and-suck
  • Clean-water tank: 8.9 m³
  • Refuse tank: 8.6 m³
  • Maximum cleaning width: 3,500 mm
  • Cleaning speed: 3–20 km/h; the supplier record specifies cold-water cleaning

Electric powertrain data

The supplier record specifies a 231.07 kWh battery, lithium iron phosphate chemistry, a permanent-magnet synchronous motor, a 280 km driving range and a maximum speed of 90 km/h. Independent test or engineering documents were not supplied, so confirm these figures and their test basis before selection.

The source also labels “18t” as payload while separately listing 18,000 kg gross vehicle weight. Because those values are not safely interchangeable, no payload figure is stated here. Confirm the final chassis/body schedule, usable tank capacities, cleaning setup, route conditions, range test basis and destination-market requirements before procurement. No area-coverage estimate is provided because flow and duty-cycle inputs are unavailable.