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OEM Solar Power Programs for Commercial Fleets

Is battery drain, idle power loss, or climbing fleet running costs cutting into your margins?

Lensun Group Solar Power
for Commercial Fleet Vehicles

Cut battery drain, keep onboard equipment running, and extend fleet uptime — engineered for volume supply.

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Battery
Extends Battery Life by Up to 2x
Idle
Cuts Fuel Use by 10%-30%
Maintenance
Lowers Upkeep Spend 30%-50%
Heavy Duty Truck Delivery Van Reefer Truck Tail-lift Truck Bus & Coach

Lensun Group Fleet Solar Kits

A ready-to-install PRO kit built for rapid deployment — flexible panel, charge controller, mounting adhesive, and extension cable included.

A Supply Partner Fleet Operators Rely On

Backed by a track record of commercial vehicle solar integration across global fleets.

15+ YearsManufacturing solar systems built for vehicle applications
20000+ VehiclesFleet units running stable solar setups worldwide
80+ CountriesServing partners across Europe, the Americas, Africa & Asia
120W400W1000W+
From standard configurations to fully custom power builds

Simple to Install. Built to Last.

No complex wiring, no specialist tools — a dependable solar setup ready for fleet-wide rollout.

Fleet Vehicle Solar Installation Walkthrough

See the full setup process, from unpacking to power-on.

1

Fleet-Ready Solar Configurations by Vehicle Type

Tailored panel layouts covering trucks, vans, reefers, buses and other specialty fleet vehicles.

1.1 Heavy Duty Truck
1.1.1

Freightliner Cascadia

  • • Suggested Configuration: 700W (2x150W + 4x100W)
  • • Produces 2.5-4.0 kWh of power daily
1.1.2

Volvo VNL

  • • Suggested Configuration: 540W (2x120W + 2x150W)
  • • Cuts battery wear by 30%-50%
1.1.3

Volvo FM

  • • Suggested Configuration: 300W (1x300W)
  • • Extends battery life up to 2x
1.1.4

Peterbilt 379

  • • Suggested Configuration: 600W (2x200W + 2x100W)
  • • Produces 2.5-3.5 kWh of power daily
1.1.5

Scania S Series

  • • Suggested Configuration: 1x240W
  • • Keeps the battery topped up to prevent deep discharge
1.1.6

Volvo FH

  • • Suggested Configuration: 1000W (10x100W)
  • • Produces 3.0-4.5 kWh of power daily
1.1.7

Scania R Series

  • • Suggested Configuration: 920W (2x100W + 3x240W)
  • • Produces 2.5-4.1 kWh of power daily
1.1.8

DAF XF Series

  • • Suggested Configuration: 200W (1x200W)
  • • Trims fuel use by 30%
1.1.9

IVECO Truck

  • • Suggested Configuration: 590W (2x100W + 3x130W)
  • • Produces 2.5-3.5 kWh of power daily
1.1.10

UD Trucks Quon

  • • Suggested Configuration: 1x300W
  • • Lowers idle-time fuel burn
1.1.11

Kenworth T680

  • • Suggested Configuration: 1x400W
  • • Produces 1.5-2.0 kWh of power daily
1.2 Delivery Van
1.2.1

Chevrolet Express

  • • Suggested Configuration: 200W (2x100W)
  • • Doubles battery lifespan
1.2.2

Ford Transit

  • • Suggested Configuration: 200W
  • • Keeps daily delivery routes running without interruption
1.2.3

Mercedes Sprinter

  • • Suggested Configuration: 200W
  • • Lowers maintenance spend
1.2.4

RAM ProMaster

  • • Suggested Configuration: 200W
  • • Doubles battery lifespan
1.2.5

Rivian EDV

  • • Suggested Configuration: 720W (3x240W)
  • • Produces 2.8-3.0 kWh of power daily
1.2.6

Ford Transit Cargo Van

  • • Suggested Configuration: 120W
  • • Doubles battery lifespan
1.2.7

Citroen Jumper

  • • Suggested Configuration: 100W
  • • Cuts deep-discharge events by 20%-40%
1.2.8

Mercedes-Benz

  • • Suggested Configuration: 900W (6x150W)
  • • Produces 3.5-4.0 kWh of power daily
1.3 Heavy-duty Refrigerated Truck
1.3.1

Isuzu NPR Cold Chain Solution

  • • Suggested Configuration: 800W (2x400W)
  • • Produces 2.5-3.2 kWh of power daily
1.3.2

Multi-Temp Cold Chain Fleet Solution

  • • Suggested Configuration: 800W (2x400W)
  • • Produces 2.5-3.2 kWh of power daily
1.3.3

Urban Refrigerated Delivery Truck

  • • Suggested Configuration: 800W (4x200W)
  • • Produces 3.0-4.0 kWh of power daily
1.3.4

Reefer Semi-Truck

  • • Suggested Configuration: 1x400W
  • • Saves 600-2,500 L of diesel per truck annually
1.3.5

Long-Haul Refrigerated Transport Solution

  • • Suggested Configuration: 1600W (4x400W)
  • • Produces 5.0-6.4 kWh of power daily
1.3.6

Small Refrigerated Delivery Vehicle

  • • Suggested Configuration: 800W (2x400W)
  • • Reduces chiller energy draw by 10%-30%
1.3.7

Freightliner Cascadia

  • • Suggested Configuration: 800W (2x400W)
  • • Produces 3.0-4.0 kWh of power daily
1.3.8

Pharmaceutical Cold Chain Truck

  • • Suggested Configuration: 1x400W
  • • Lowers temperature-fluctuation risk by 20%-50%
1.4 Hydraulic Tail-lift Truck
1.4.1

Compact Tail-lift Delivery Van

  • • Suggested Configuration: 200W
  • • Doubles battery lifespan
1.4.2

Medium Urban Tail-lift Fleet

  • • Suggested Configuration: 300W (2x150W)
  • • Covers up to 80% of auxiliary power needs
1.4.3

Urban Delivery Fleet Truck

  • • Suggested Configuration: 400W (2x200W)
  • • Produces 1.5-2.0 kWh of power daily
1.4.4

Volvo FL Solar Solution

  • • Suggested Configuration: 600W (4x150W)
  • • Produces 2.0-3.0 kWh of power daily
1.4.5

Isuzu N-Series Solar Solution

  • • Suggested Configuration: 400W (2x200W)
  • • Saves 150-600 L of fuel per year
1.4.6

International MV Series Solar Solution

  • • Suggested Configuration: 600W (2x300W)
  • • Produces 2.0-3.0 kWh of power daily
1.5 Bus & Coach
1.5.1

Tourismo Solar Solution

  • • Suggested Configuration: 360W (3x120W)
  • • Cuts A/C power draw by up to 20%
1.5.2

Long-Distance Coach

  • • Suggested Configuration: 400W (4x100W)
  • • Produces 1.6-2.0 kWh of power daily
1.5.3

Prevost H3-45 Solar Solution

  • • Suggested Configuration: 400W (2x200W)
  • • Produces 1.5-2.0 kWh of power daily
1.5.4

Alexander Dennis Enviro Solar Solution

  • • Suggested Configuration: 480W (2x240W)
  • • Produces 2.0-2.5 kWh of power daily
1.5.5

Yutong Solar Solution

  • • Suggested Configuration: 1x240W
  • • Keeps cabin cooling running all day long
1.5.6

Urbino 12 Electric Solar Solution

  • • Suggested Configuration: 800W (2x400W)
  • • Produces 3.0-4.0 kWh of power daily
2

Engineered to Withstand Commercial Vehicle Duty Cycles

Rugged construction and high-efficiency cells designed for demanding fleet duty.

2.1

9-Layer Reinforced Structure

  • 65% stronger structural rating than standard panels
  • 3x the vibration tolerance for rough fleet routes
  • Rated for 10+ years of commercial-duty service
2.2

Waterproof & Extreme Climate Protection

  • IP67-rated against rain, washdown and dust
  • Operates reliably from -40C to +85C
  • Withstands 1000+ hours of salt-spray exposure
2.3

N-Type High-Efficiency Cells

  • Converts up to 25% of sunlight to power
  • Outputs 15%-20% more than P-type panels
  • Degrades less than 2% in output per year
3

Flexible Panel Lineup for Fleet Integration

Offered across a range of sizes and wattages, sized for cargo vans, box trucks, reefers, electric delivery vans and heavy-duty trucks.

Flexible Solar Panel

A slim, lightweight build made to sit flush on commercial vehicle roofs.

Lightweight Build1 m2 = 200W = 2.9 kg (6.4 lbs)
Low-Profile2.5 mm thickness
4

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