According to the UNDP and OPHI Global Multidimensional Poverty (MPI) Index 2026 which covers 108 countries and 6.3 billion people, Sub-Saharan Africa accounts for 355 million poor children, the largest child poverty rate of any country, and overall this region accounts for 616 million people living in poverty. Worldwide, according to the survey, 83.3% of poor people live in rural areas.

Those in low-income rural areas suffer from geographical isolation limiting healthcare access. These localities also frequently lack the infrastructure needed to connect to markets. According to the MPI 2026 update, 22 regions, 21 of which are in Sub-Saharan Africa, feel acute deprivations in health, education and standard of living.

Improving access to healthcare is critical to reducing the conditions that reinforce poverty. A third of Africans live more than two hours from health services, while many medical facilities lack electricity. Moreover, rural roads are often unmade or absent, making journeys long and vulnerable to delays. The cost of treatment is another major barrier.

Stella Juva

Stella Juva, described by its developers as the world’s first solar ambulance, is an important innovation for improving healthcare across Africa. Notably, all estimates for the ambulance’s future capacity are based upon equipment capabilities; the trials did not treat any real patients. Yet, evidence from the two-day test trial in which the ambulance simulated medical care suggests the prototype mobile clinic has the potential, in future, to provide care to approximately 200 people in remote regions.

Stella Juva aims to transform rural healthcare through solar technology in places lacking reliable infrastructure, electricity, fuel or connections. Rather than transporting patients to hospital, it brings diagnosis and treatment to communities. Solar panels, on the roof while driving and extended from its sides when stationary, generate power while also providing shade and shelter.

The vehicle contains a blood-testing laboratory, diagnostic devices for tuberculosis and malaria, an X-ray machine, ultrasound device, an Automated External Defibrillator and vaccine refrigeration. During trials Stella Juva generated more energy while stationary than it consumed when operating all its medical equipment, demonstrating its capacity to support healthcare workers in areas where energy is scarce.

Developed by Solar Team Eindhoven, mainly students from the University of Technology in the Netherlands, the ambulance was trialed in Kenya with Amref Health Africa. It drove more than 800 kilometers, including a six-hour journey over difficult terrain to Mosiro in the rural Narok region, a destination without electricity.

Overall, the test was successful. By combining clean-energy with mobile treatment, Stella Juva could help transform rural healthcare through solar power while overcoming some of the infrastructural barriers keeping rural communities in poverty.

Complications Still Lie Ahead

Despite the positive trial, getting such vehicles on the road permanently will be difficult. During an off-road section, Stella Juva’s toelink broke. The development team confirmed that this component was designed to break first, and  it was repaired in under half an hour. Nevertheless, the prototype’s complexity presents a challenge. Specialized repair facilities are unlikely to be available in underfunded and poorly connected regions. Local communities may not be able to fix damage quickly, limiting the model’s reliability and scalability.

Furthermore, climate challenges and political tensions make Stella Juva’s success uncertain. Natural disasters and conflict could block access to communities, further damage already difficult terrain, and increase patient numbers. The short trial has not established reliable operation in all weather. Severe flooding recently affected parts of Africa. In Kenya, records showed 62 flood-related deaths by March 13th, 2026. These additional pressures on health systems make it harder for families to seek care. Whether Stella Juva can operate effectively during natural disasters or conflict remains uncertain. 

Funding is a major challenge to healthcare across remote regions worldwide, and Kenya is no different. This problem has been exacerbated by the U.S. foreign aid cuts to the region, evidenced by the research that the PHR conducted in May – June 2025. Stella Juva may be able to reduce operational costs, a critical bottleneck to mobile healthcare projects in the region, by using solar to reduce fuel and electricity costs. This power can also help power some of the vehicle’s equipment. However, vehicle repairs, staffing, supplies and operating costs still remain. Moreover, the cost of constructing and deploying the vehicle still presents a fundamental challenge to its wide use.

Hopes for the Future

Following the trial, team manager Van Gerven said the team hopes Stella Juva would be “the beginning of something much bigger.” Its developers want companies, social organizations and governments to build on the results and scale the invention. Yet, industry professionals still need to be persuaded of its benefits, and substantial investment will be necessary before the model can expand.

Local entrepreneurship is one possible route for developing solar-powered mobile healthcare nationally. According to MOHAC Africa, “If education and health are the pillars, then entrepreneurship is the engine that will ultimately drive down the poverty rate in Africa.” Kenya has already expanded its renewable-energy capacity, while organizations including UNICEF have supported solar-powered refrigeration systems that keep vaccines cool.

Against this background, Kenyan health experts are hopeful Stella Juva’s successful trial could have ripple effects, with the ambulance acting as a catalyst to inspire students and local innovators to investigate further uses of solar power in healthcare. Locally designed solutions could be easier to maintain and adapt to regional needs, while developing the skills and businesses required to support them.

Looking Ahead

Stella Juva’s simulated trial does critically demonstrate the potential to transform rural healthcare through solar innovation by delivering healthcare directly to isolated communities. However, the ambulance’s long-term success will depend on whether the technology can be made affordable, locally maintainable and scalable. While the vehicle’s early success showed it was capable of addressing some of the challenges of facing rural healthcare, barriers to its success remain. These include rough terrain, climate shocks, conflict, specialist repairs and limited funding. The ambulance’s permanent deployment is conditional on practical deployment and sustained support. If the model can be adapted and supported locally, it could help reduce the infrastructural inequalities that leave rural households especially vulnerable to poverty.

– Cecilia Catmur

Cecilia is based in Cambridge and focuses on Good News, and Technology and Solutions for The Borgen Project.

Photo: Flickr