The centre will be powered by solar energy combined with easily transported, self-contained, plug-and-play power systems that require minimal expertise and no additional equipment at the point of use. The system will recharge via an installation of solar panels, which are expected to perform well in the region. At present, over 90% of South Sudanese households have no access to an energy grid and most of the country's supply is provided by small diesel generators. South Sudan is one of the sunniest places on the planet.

A number of jobs for local women will be tied to the creation and administration of the centre and the provision of associated health services. In addition to increasing the number of certified midwives in the region who may go on to work independently, the centre will require administrators, trainers, nurses and drivers to transport patients requiring more complex health care services to hospitals in the nearest cities. The project will be designed to minimize reliance on outside funding, to easily scale and to be easily replicated in other areas.

Due to the low start-up cost of this clinic model and the community-focused nature of plans for staffing and ongoing administration, the project can be expanded and implemented in numerous remote communities in South Sudan and potentially across the African region. Ideally suited to regions recovering from conflict or natural disaster, the rapid deployment of Basic Emergency Obstetric and Newborn Care (BEmONC) services potentiated by the Black Body Energy women's health care system can provide targeted services to some of the world's most vulnerable populations.

South Sudan has the highest maternal mortality in the African region, which represented 69% of all maternal deaths worldwide in 2020 . The heightened risk of pregnancy-related death, combined with a lack of access to reproductive health care, presents a major barrier to the realisation of individual and collective goals relating to economic equality for women. By providing employment opportunities and women’s health services in remote regions in South Sudan, the project can be expected to help level the playing field in what remains a very male-dominated society.

As the world transitions away from fossil fuels, remote regions in Africa may be exposed to dwindling options for transportation to urban areas where health services are available. Providing local care reduces community members’ need to travel in order to address their health concerns. A community hub for access to renewable energy and electrified transportation options can be an important link supporting local resilience against the impacts of climate change and systemic vulnerability to breakdowns and upsets in energy supply and long range transport.