Camping off-grid requires a reliable power system to keep essential devices running consistently. A well-designed 12V DC distribution board, even if simple, provides efficient power management, ensuring that the battery, solar panel, and connected loads work reliably together for extended periods. This set-up allows campers to maintain power independence without relying on external sources.

The core of the system is a 97Ah 12V lead-acid battery, which serves as the primary power source. Chosen for its sufficient capacity, this battery is also compatible with my 4WD, allowing for easy interchange ability during extended trips or emergencies. To maintain a steady charge, a 160-watt solar panel is integrated into the system. This solar panel connects via a 50A Anderson connector, enabling the use of alternative or additional solar panels as needed.

Monitoring the charging process is crucial for optimising power usage, which is why a DC Multifunction Digital Power Meter Energy Monitor Module is included. This module provides real-time data on voltage, current, power, and energy generated by the solar panel, enabling users to make informed decisions about their energy consumption.

In addition to monitoring the charging process, the system also includes a second DC Multifunction Digital Power Meter Energy Monitor Module to track total load performance. By measuring energy used by connected devices, this module helps manage the system load, ensuring that excessive power consumption is avoided.  

Basically, so long as more power is generated in Watt hours than consumed over a period of days, power is available indefinitely.