About 1 billion people around the world are served by health facilities without reliable electricity.
In a delivery room in rural Uganda last month, I saw the human cost of a global health crisis. The clinic, like three quarters of clinics in sub-Saharan Africa, did not have reliable power. Despite the problems this brings, I saw skilled staff help a host of women give birth, an amazing stream of new lives and proud parents.
But, tragically, on the day of my visit, one mother passed away, leaving her newborn and another child behind. We can’t know if the healthcare centre having reliable power would have saved her life. But if the hospital had light at night she would have been encouraged to arrive there earlier. And if staff could have charged their phones, they would have found it easier to get help when problems arose. These things would, at the very least, have given her a better chance.
About 1 billion people around the world are served by health facilities without reliable electricity. It’s easy to forget that behind this vast number are real people – a brother whose surgery is interrupted by a power cut, or a child whose vaccine is spoiled by lack of refrigeration.
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The UN Foundation’s Clean Energy for Healthcare conference, taking place in Nairobi on April 24th and 25th, will focus on this crisis.
We know renewable energy solutions – such as rooftop solar panels and fridges that stay cold for days without any power – can transform even the most remote clinics and bring care to places where it doesn’t currently exist.
This proven technology is already saving lives. But how can we spread it to every community?
For decades, Ashden, has examined how world-leading innovators bring clean energy to the world.
Our experience tells us we must put people at the heart of energy and health innovation.
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We need to empower patients, doctors, nurses, managers and politicians to drive change – remembering their needs and preferences might be radically different from country to country, or even neighbourhood to neighbourhood.
Their insights are vital. Because this is about more than buying new equipment, we need to rethink whole health systems, from the rural waiting room to the offices of the health ministry.
Successful projects listen to what local communities need, getting their help to design services and make sure they’re working properly. And the staff who will use and maintain the equipment every day should be given a central role at every stage of the process. ‘Bringing health and energy together’ should be more than an academic theory or conference theme – it should be a reality in every ward and operating room.
Maintenance is a huge problem, one that shows the danger of a top-down approach.
Technology can easily sit unused without money to fix it, or a working supply chain for spare parts.
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Too often we see clinic roofs plastered with a mix of redundant solar panels, each one the legacy of a different well-meaning, but badly designed project.
Where it matters a lot
The urgent need for change was confirmed by staff who have told me the day-to-day impact of working without clean energy. The dentist who said people wouldn’t come to be examined for mouth cancers if they had to share a room with a polluting diesel generator.
The nurses struggling to give care without basic lights and hot water. The gynaecologist who admitted that when the lights go out, it was impossible to give a patient their full attention.
This highlights one hidden benefit of clean energy – it motivates staff. Anyone who has ever been a patient knows how crucial staff attitude is, even if the impact is harder to measure than that of a new machine.
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Clinic managers will tell you that reliable power makes it easier to recruit and keep staff, particularly in rural areas, where good healthcare is hard to come by.
Lasting, effective clean energy solutions for healthcare only exist where there is genuine engagement with frontline staff and patients.
This crucial fact should drive the big, systemic changes needed to roll out renewable energy to clinics and community health services around the world. Technology is crucial, but people are even more important.
The World Health Organisation has committed to work towards universal electrification of health facilities with sustainable energy by 2030. Top-down approaches will not help us reach this ambitious target.
Governments, donors, funders and innovators need to listen to people on the ground – and work together. If they do, life-saving change is possible.
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On the day of my visit to Uganda, I watched as a host of solar panels were installed on the clinic roof, the staff were trained to use the equipment attached, and a maintenance schedule arranged – great news for mothers and babies coming through its doors in the years ahead.
Mr Bristow is Director of Programmes at Ashden, a UK-based charity in sustainable energy and development. [email protected]