In order to adapt to the special characteristics of rural lighting scenes in Africa (unstable voltage, large environmental temperature difference, high dust and moisture resistance requirements, load dispersion, etc.), and accurately meet local customized needs, we provide the following core technical data support, covering three dimensions of electrical performance, environmental adaptation, and structural specifications, providing clear parameter basis for product customization, ensuring stable and durable electrical ready boards, and fitting actual usage scenarios.

Electrical performance parameters (customized core): rated voltage AC220V/380V (110V/230V can be customized according to the local power grid), rated frequency 50Hz/60Hz universal; Rated current 16A-100A can be customized, single circuit current ≤ 16A, suitable for rural single/multi household lighting loads (such as LED lights, small lighting appliances); The short-circuit protection current is 6kA-10kA, the overload protection action time is adjustable from 0.1s-10s, and the leakage protection current is 30mA (for personal safety protection), effectively addressing issues such as fluctuations and aging of rural power grids in Africa.

Environmental adaptation parameters (suitable for rural working conditions in Africa): working temperature -20 ℃~+60 ℃, adapted to temperature differences in different regions such as tropical grasslands and desert edges; Protection level IP54 or above (customizable IP65 dustproof and waterproof), resistant to sandstorms, rainy season humidity, and mosquito invasion; Corrosion resistance meets IEC standards, adapts to harsh environments with high dust and mosquitoes in rural areas, and extends the service life of equipment.

Structure and other customized data: The material of the box body is selected from cold-rolled steel plate (thickness 1.5-2.0mm) or engineering plastic, and the surface is sprayed with anti rust treatment. The color can be customized; Customized size, expandable, supports multi circuit customization, can integrate surge protectors and metering modules, adapt to solar power supply systems (commonly used clean energy in rural areas), and meet different customization needs such as single household and village centralized lighting

The above data can be flexibly adjusted according to the specific power grid conditions, lighting load scale, and environmental characteristics of rural areas in Africa. Technical parameter calibration support is provided throughout the process to ensure that customized products meet the standards of adaptability, safety, and economy, helping to solve the pain points of rural lighting power supply in Africa.