parking cooler for motorhome and caravan manufacturers

A parking cooler lets a camper van or caravan cool its living space while parked, using a suitable electrical supply. For vehicle builders, the best time to choose one is before the roof, ceiling, cabinets, and wiring are finalized. A unit that fits the roof on paper can still block a cabinet door inside or take up space reserved for solar panels outside.

Ningbo Bowente Auto Parts Co., Ltd. supplies DC parking coolers and offers OEM, ODM, and aftermarket services. Its rooftop and split options give conversion shops and caravan manufacturers different ways to plan cabin cooling around their vehicle layouts.

Plan the Roof and Ceiling Together

Start with two drawings: one showing the equipment on the roof and one showing the ceiling inside the vehicle. Mark the roof ribs, vents, solar panels, and racks. Then add the air outlet, ceiling lights, and cabinet doors to the interior drawing.

For a rooftop unit, confirm the cutout dimensions, mounting area, roof thickness, and installed vehicle height. Inside, check how far the air distributor extends below the ceiling and whether technicians can remove the filter once the cabinets are in place.

For example, a rooftop unit may clear the solar panels but leave its outlet directly above a tall cabinet. Moving the unit or cabinet on the drawing is easier than changing the build after the roof opening has been cut.

Compare Rooftop and Split Parking Coolers

A rooftop unit keeps the main cooling equipment in one exterior assembly. It can suit a repeat build with a dedicated roof opening and clear space below it. A split system uses separate indoor and outdoor units. It gives builders more options when roof space is limited, though it also requires room for the outdoor unit and a route for refrigerant lines and drainage.

Confirm the mounting drawing and supplied hardware for the exact model before cutting or drilling the vehicle.

Size the Power System for a Real Campsite Stay

Match the cooler’s input voltage to the vehicle’s house electrical system, which powers the living area. Next, list the equipment likely to run at the same time, such as the fridge, lights, and water pump. That combined load determines how much usable battery energy the build needs.

Bowente lists 200–900 W of electrical input for model 51-10298 and 2,100 W of rated cooling capacity. Use electrical input when reviewing the power system. For runtime planning, measure average consumption during a trial that reflects the intended climate, insulation, and temperature setting.

If the vehicle uses solar, shore power, or charging while driving, include the expected recharge time. A van that drives daily and a caravan that stays parked for several days may need different charging plans.

Test Airflow After the Interior Is Fitted

A sample installation can confirm fit before production. A test in a finished vehicle shows how the cooler will serve occupants. Check the air path with the bed made, privacy curtains closed, and cabinet doors in their normal positions.

Measure the temperature at the bed and seating area as well as near the outlet. For example, a reading at the ceiling may show that the cooler is working while a curtain keeps much of the cooled air from reaching the bed. Adjusting the outlet direction or curtain position may solve that problem without changing the unit.

Set a Build Standard Before Bulk Ordering

Once the sample fits and performs as expected, record the approved unit, mounting position, wiring route, and kit contents. Include photos of the finished installation and the access points a technician will need later.

If you offer multiple floor plans, mark which layouts share the same configuration. A change in roof thickness, cabinet depth, or battery voltage should prompt a review before the assembly team reuses the same instructions.

Bowente offers OEM and wholesale supply for integrated air conditioners and lists a separate caravan split option. Discuss any required changes to branding, mounting parts, or wiring when requesting a quote, and confirm what is available for the chosen model and order.

Request a Parking Cooler Quote for Your Vehicle Platform

Send Bowente the vehicle type, roof and interior drawings, house battery voltage, expected parking conditions, and order quantity. Include the sample quantity and the date your assembly team needs to approve the installation.

These details help narrow the choice between a rooftop unit and a split system. They also give your purchasing and production teams a common specification to use when the project moves from a prototype to repeat builds.