The solar lantern is a revolutionary piece of technology.
Operating with a small in-built solar panel, connected to a battery and using an LED light bulb, it can transform how rural communities see the world.
Its use in places without access to mains electricity has taken off in the past 15 years, alongside the wider growth in solar power around the world.
An estimated 600 million people in sub-Saharan Africa still live without reliable access to electricity, according to the World Bank. The introduction of solar power – coupled with energy-efficient lighting – is key in tackling this problem.
Many villages not served by national grids are forced to use kerosene lamps and candles, or burn straw in the evening, which is costly and dangerous to human health. London-based think-tank ODI Global estimates that low-income households in Africa spend US$6.5 billion a year on such inefficient lighting options.
Solar power changes the equation, allowing streets to be lit, children to study at night, and a sense of security to exist. Greater electricity access enables farmers to work an extended day and use solar-powered irrigation and cooling systems to grow and process their crops.
African leaders seek investments in ailing grid infrastructure to achieve energy goals
“Reliable and affordable energy creates economic transformation,” said Eva Roig, a spokesperson for GOGLA, an Amsterdam-based trade body for the off-grid solar energy industry. The organisation estimates that US$9 billion in additional income has already been created by businesses as a result of switching to solar in place of fossil fuel alternatives.
“In off-grid locations, lack of energy restrains farmers from higher productivity and, with a growing young population, offers few employment opportunities or possibilities to create new businesses,” she added.
The challenge for off-grid solar power is to reach the hundreds of millions of people in need and create a stable market for its continuance.
Electric power key to tackling poverty
UK charity SolarAid was founded in 2006 with the aim of creating a world “where everyone has access to clean, renewable energy” and eradicating the use of kerosene lamps in Africa.
A couple of years later it set up SunnyMoney, a social enterprise which uses a community distribution model to raise awareness and increase demand for solar power. Local teachers explain how the technology works and independent agents sell the products. SunnyMoney supports them with logistics, training and engagement along the way.
“We believe that access to electricity is fundamental in the fight against poverty. Access to solar lighting and power means that families are saving money, extending productive hours, increasing access to study hours and also increasing safety,” explained John Keane, CEO at SolarAid, based in Zambia.
The charity has reportedly helped 12 million people through the social enterprise, with projects in Senegal, Uganda, Tanzania, Kenya, Zambia and Malawi.
While models such as SunnyMoney can stoke the solar market, larger businesses need to step in and supply the kit itself. D.light is one of the solar companies that has done more than most to bring affordable solar power to some of the remotest villages in Africa.
Finance for renewable energy in sub-Saharan Africa is defying the odds
The US company is deeply embedded across the continent, with a vision to make solar products accessible to low-income families. The business had one of its most successful years in 2024, and says it reached 24 million people with solar systems last year alone.
But it hasn’t always been plain sailing. “I don’t think we realised how difficult it would be to commercialise and scale off-grid solar products,” d.light’s founder and CEO, Nedjip Tozun, commented in an interview last year.
While its products now power around 32 million homes, building that capacity took time, patience and good fortune. Tozun explained that during the early years in the mid 2000s the difficulties lay in building a high-quality product which could be distributed to remote areas and with financing to enable people to pay for it. The company was forced to create those capabilities in-house in order to scale and overcome external barriers.
Funding energy efficiency to expand use
Improving energy efficiency is one such challenge the off-grid industry has sought to solve. Solar devices need to hold the sun’s energy long enough to be used for a wide range of purposes. This is where LED lighting comes in.
“Over the past 10 years, the growing availability of increasingly energy-efficient appliances, such as LED lighting is transforming what’s possible,” said Keane. “It’s the foundation for designing inclusive solutions that deliver long-term impact.”
The main benefits, he explained, is that LED lighting drastically reduces the amount of electricity needed to light homes, enabling households on lower incomes to meet their essential needs with small solar systems.
As off-grid solar kits are small by design, using the power with efficient lighting or low-voltage appliances, such as refrigerators, means the energy goes further and is matched to the user’s needs.
Pairing solar with technologies to support economic activity, so-called “productive use”, is a growing area within the industry. Solar can be applied in a range of commercial settings, and on any number of appliances, from sewing machines to water pumps, or from seed pressers to ceiling fans. But to do so effectively those appliances need to be energy-efficient and upgrading is expensive.


New financing initiatives such as PUFF – the Productive Use Financing Facility – are playing a role by offering subsidies to suppliers to help bring down the costs for farmers and businesses. After a successful pilot, the scheme was recently extended with an additional US$6.1 million to support access to 10,000 “high-impact” appliances, according to CLASP, a non-profit which started the initiative.
“Efficient appliances and equipment turn energy into opportunity and should be considered essential energy infrastructure, alongside renewables,” commented Emmanuel Aziebor, a senior director at CLASP, in a media statement.
Financial barriers to adoption
Overall, the coming together of small solar technology, LED lighting and socially minded businesses has grown the market significantly over the past decade.
In Kenya, off-grid solar now accounts for an estimated 75% of rural electricity access. The country has a target to reach universal access by 2030 and solar plays a big part in the government’s plans.
But the same barriers to scaling the market remain. Despite the success of using mobile technology and pay-as-you-go models to spread out costs for the consumer, affordable solar products are still out of reach for many. Research from ESMAP, an energy programme run by the World Bank, found that only 22% of households that lack electricity globally could afford the monthly payment to access a basic solar lantern and home system able to provide power for at least four hours a day.
“Governments should fully integrate off-grid solar into their national energy plans and programmes,” said Roig of GOGLA, adding that incentives such as tax breaks, subsidies and public-private partnerships are needed to reach the poorest households.
Making solar affordable for all
One way to bring down costs for consumers is to de-risk investments for solar power producers. The Beyond Grid for Zambia pilot project sought to do exactly that by providing financing to companies on a per-connection basis.
The project, which ran from 2016 to 2022, also worked with the Zambian government to smooth market access, such as providing a VAT exemption for LED lights. The successful results – with over 194,000 households fitted with off-grid solar – have led to ambitious plans to scale the project across the whole African continent.
The remoteness of many villages makes repairing and maintaining solar kits another challenge. Collecting, servicing and replacing these products can be expensive for companies. Research from SolarAid suggests that while manufacturers agree that repair work needs to improve, it remains an ambition for many.


Among the possible solutions include extending warranty times, providing technical training in-country, and greater guidance on how to conduct repairs at the community level. SunnyMoney already provides technicians with its own mobile repair app, which could be expanded and used as a template for manufacturers.
Despite the challenges, the work to reach tens of millions of remote households is being reinforced and stepped up. SolarAid is midway through a pilot project to connect TA Kasakula, a village in rural Malawi where almost all residents live in extreme poverty. The project is trialling a new financing model which eliminates upfront costs, with customers only paying for the electricity they use.
The stories coming back to the social enterprise are of revelation and changed lives. “When we switched on the lights, some children were dancing, jumping,” reported Goodwill Kongalwa. “Then everyone rushed to where there were books because they saw they had a chance to study at home.”
Adam Wentworth is a freelance writer based in Brighton, UK.
The post How off-grid solar is beating the odds to transform lives in rural Africa appeared first on Climate Home News.
How off-grid solar is beating the odds to transform lives in rural Africa
Climate Change
Corpus Christi Cuts Timeline to Disaster as Abbott Issues Emergency Orders
The governor’s office said the city’s two main reservoirs could dry up by May, much sooner than previous timelines. But authorities still offer no plan for curtailment of water use.
City officials in Corpus Christi on Tuesday released modeling that showed emergency cuts to water demand could be required as soon as May as reservoir levels continue to decline.
Corpus Christi Cuts Timeline to Disaster as Abbott Issues Emergency Orders
Climate Change
Middle East war is another wake-up call for fossil fuel-reliant food systems
Lena Luig is the head of the International Agricultural Policy Division at the Heinrich Böll Foundation, a member of the Global Alliance for the Future of Food. Anna Lappé is the Executive Director of the Global Alliance for the Future of Food.
As toxic clouds loom over Tehran and Beirut from the US and Israel’s bombardment of oil depots and civilian infrastructure in the region’s ongoing war, the world is once again witnessing the not-so-subtle connections between conflict, hunger, food insecurity and the vulnerability of global food systems dependent on fossil fuels, dominated by a few powerful countries and corporations.
The conflict in Iran is having a huge impact on the world’s fertilizer supply. The Strait of Hormuz is a critical trade route in the region for nearly half of the global supply of urea, the main synthetic fertilizer derived from natural gas through the conversion of ammonia.
With the Strait impacted by Iran’s blockades, prices of urea have shot up by 35% since the war started, just as planting season starts in many parts of the world, putting millions of farmers and consumers at risk of increasing production costs and food price spikes, resulting in food insecurity, particularly for low-income households. The World Food Programme has projected that an extra 45 million people would be pushed into acute hunger because of rises in food, oil and shipping costs, if the war continues until June.
Pesticides and synthetic fertilizer leave system fragile
On the face of it, this looks like a supply chain issue, but at the core of this crisis lies a truth about many of our food systems around the world: the instability and injustice in the very design of systems so reliant on these fossil fuel inputs for our food.
At the Global Alliance, a strategic alliance of philanthropic foundations working to transform food systems, we have been documenting the fossil fuel-food nexus, raising alarm about the fragility of a system propped up by fossil fuels, with 15% of annual fossil fuel use going into food systems, in part because of high-cost, fossil fuel-based inputs like pesticides and synthetic fertilizer. The Heinrich Böll Foundation has also been flagging this threat consistently, most recently in the Pesticide Atlas and Soil Atlas compendia.
We’ve seen this before: Russia’s invasion of Ukraine in 2022 sparked global disruptions in fertilizer supply and food price volatility. As the conflict worsened, fertilizer prices spiked – as much from input companies capitalizing on the crisis for speculation as from real cost increases from production and transport – triggering a food price crisis around the world.
Since then, fertilizer industry profit margins have continued to soar. In 2022, the largest nine fertilizer producers increased their profit margins by more than 35% compared to the year before—when fertilizer prices were already high. As Lena Bassermann and Dr. Gideon Tups underscore in the Heinrich Böll Foundation’s Soil Atlas, the global dependencies of nitrogen fertilizer impacted economies around the world, especially state budgets in already indebted and import-dependent economies, as well as farmers across Africa.
Learning lessons from the war in Ukraine, many countries invested heavily in renewable energy and/or increased domestic oil production as a way to decrease dependency on foreign fossil fuels. But few took the same approach to reimagining domestic food systems and their food sovereignty.
Agroecology as an alternative
There is another way. Governments can adopt policy frameworks to encourage reductions in synthetic fertilizer and pesticide use, especially in regions that currently massively overuse nitrogen fertilizer. At the African Union fertilizer and Soil Health Summit in 2024, African leaders at least agreed that organic fertilizers should be subsidized as well, not only mineral fertilizers, but we can go farther in actively promoting agricultural pathways that reduce fossil fuel dependency.
In 2024, the Global Alliance organized dozens of philanthropies to call for a tenfold increase in investments to help farmers transition from fossil fuel dependency towards agroecological approaches that prioritize livelihoods, health, climate, and biodiversity.
In our research, we detail the huge opportunity to repurpose harmful subsidies currently supporting inputs like synthetic fertilizer and pesticides towards locally-sourced bio-inputs and biofertilizer production. We know this works: There are powerful stories of hope and change from those who have made this transition, despite only receiving a fraction of the financing that industrial agriculture receives, with evidence of benefits from stable incomes and livelihoods to better health and climate outcomes.
New summit in Colombia seeks to revive stalled UN talks on fossil fuel transition
Inspiring examples abound: G-BIACK in Kenya is training farmers how to produce their own high-quality compost; start-ups like the Evola Company in Cambodia are producing both nutrient-rich organic fertilizer and protein-rich animal feed with black soldier fly farming; Sabon Sake in Ghana is enriching sugarcane bagasse – usually organic waste – with microbial agents and earthworms to turn it into a rich vermicompost.
These efforts, grounded in ecosystems and tapping nature for soil fertility and to manage pest pressures, are just some of the countless examples around the world, tapping the skill and knowledge of millions of farmers. On a national and global policy level, the Agroecology Coalition, with 480+ members, including governments, civil society organizations, academic institutions, and philanthropic foundations, is supporting a transition toward agroecology, working with natural systems to produce abundant food, boost biodiversity, and foster community well-being.
Fertilizer industry spins “clean” products
We must also inoculate ourselves from the fertilizer industry’s public relations spin, which includes promoting the promise that their products can be produced without heavy reliance on fossil fuels. Despite experts debunking the viability of what the industry has dubbed “green hydrogen” or “green or clean ammonia”, the sector still promotes this narrative, arguing that these are produced with resource-intensive renewable energy or Carbon Capture and Storage (CCS), a costly and unreliable technology for reducing emissions.
As we mourn this conflict’s senseless destruction and death, including hundreds of children, we also recognize that peace cannot mean a return to business-as-usual. We need to upend the systems that allow the richest and most powerful to have dominion over so much.
This includes fighting for a food system that is based on genuine sovereignty and justice, free from dependency on fossil fuels, one that honors natural systems and puts power into the hands of communities and food producers themselves.
The post Middle East war is another wake-up call for fossil fuel-reliant food systems appeared first on Climate Home News.
Middle East war is another wake-up call for fossil fuel-reliant food systems
Climate Change
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