200 Wp PRO Camper Solar Kit Dual Battery CAMP200-P
200 Wp PRO Camper Solar Kit Dual Battery CAMP200-P with dual-battery controller and remote display.
Includes mounts, adhesive, 20 m solar cable, connectors and watertight cable gland.
Looking for a complete camper solar kit with in-cab monitoring and coordinated installation accessories? The CAMP200-P combines a 200 Wp polycrystalline panel with dual-battery charging to support onboard energy production.
This page explains the kit contents, expected yield, compatibility and the checks required before installation, so you can compare the system with your actual battery and daily loads.
How the CAMP200-P works
The solar panel produces DC power during daylight. The dual-battery controller is designed to charge the leisure battery and maintain the starter battery; charging priority must be configured according to its manual.
Technical specifications
| Solar power | 200 Wp |
| System voltage | 12 V application |
| Panel technology | Polycrystalline silicon |
| Charge controller | Dual-battery controller with remote display |
| Panel dimensions | 124 × 99 × 4 cm |
| Recorded weight | 15 kg |
| Monitoring | Remote display included |
| Solar cable | 20 m total |
| Reference | CAMP200-P |
What is included
- 1 × 200 Wp polycrystalline solar panel
- 1 × dual-battery charge controller
- 1 × remote display
- 4 corner mounts and 2 side mounts
- 20 m solar cable, connectors, adhesive and watertight cable gland
A battery and 230 V inverter are not included. Battery-side fuses, isolators and power cables must be sized for the vehicle.
Practical energy and use
With four equivalent sun hours, the theoretical output is 800 Wh. After typical losses, a good-day estimate is approximately 600-640 Wh. Real output changes with season, shading, temperature, roof orientation and battery state of charge.
| Example load | Indicative energy |
| LED lighting for 5 hours | 50-60 Wh |
| Water pump for 30 minutes | 25 Wh |
| Laptop for 2 hours | 120 Wh |
| Four phone charges | About 60 Wh |
Compressors, heaters and inverters require a separate energy budget based on their real 24-hour consumption.
Installation checks
- Check the available area and avoid shadows from rooflights or antennas.
- Confirm controller charging profiles for the installed battery chemistry.
- Size cables, fuses and isolators for current and distance.
- Install the controller in a dry, ventilated location near the battery.
- Follow the connection order and polarity stated in the manual.
Frequently asked questions
Is the battery included?
No. The kit supplies the solar charging components; the battery must already be installed or purchased separately.
Can it power 230 V appliances?
Only with a separate inverter matched to battery voltage and appliance starting power. Conversion losses reduce available energy.
Is it suitable for LiFePO4 batteries?
Compatibility depends on the exact controller and charging profile. Request confirmation before use with LiFePO4.
How much roof space is required?
The panel measures 124 × 99 × 4 cm; extra clearance is required for mounts, wiring, ventilation and maintenance.
Can it run a camper refrigerator?
It depends on the refrigerator's measured daily Wh consumption, battery capacity and season. Compare that demand with the estimated 600-640 Wh on a good day.
