Off-grid Solar Brings Light, Time and Income to Remotest Villages

Antonius Makambombu, a worker of Sumba Sustainable Solutions performs maintenance work on a solar panel on the roof of a customer's shop in Laindeha village on Sumba Island, Indonesia, Wednesday, March 22, 2023. (AP Photo/Dita Alangkara)ASSOCIATED PRESSLess
Antonius Makambombu, a worker of Sumba Sustainable Solutions performs maintenance work on a solar panel on the roof of a customer's shop in Laindeha village on Sumba Island, Indonesia, Wednesday, March 22, 2023. (AP Photo/Dita Alangkara)ASSOCIATED PRESSLess
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Off-grid Solar Brings Light, Time and Income to Remotest Villages

Antonius Makambombu, a worker of Sumba Sustainable Solutions performs maintenance work on a solar panel on the roof of a customer's shop in Laindeha village on Sumba Island, Indonesia, Wednesday, March 22, 2023. (AP Photo/Dita Alangkara)ASSOCIATED PRESSLess
Antonius Makambombu, a worker of Sumba Sustainable Solutions performs maintenance work on a solar panel on the roof of a customer's shop in Laindeha village on Sumba Island, Indonesia, Wednesday, March 22, 2023. (AP Photo/Dita Alangkara)ASSOCIATED PRESSLess

As Tamar Ana Jawa wove a red sarong in the fading sunlight, her neighbor switched on a light bulb dangling from the sloping tin roof. It was just one bulb powered by a small solar panel, but in this remote village that means a lot. In some of the world's most remote places, off-grid solar systems are bringing villagers like Jawa more hours in the day, more money and more social gatherings.

Before electricity came to the village a bit less than two years ago, the day ended when the sun went down. Villagers in Laindeha, on the island of Sumba in eastern Indonesia, would set aside the mats they were weaving or coffee they were sorting to sell at the market as the light faded, The Associated Press said.

A few families who could afford them would start noisy generators that rumbled into the night, emitting plumes of smoke. Some people wired lightbulbs to old car batteries, which would quickly die or burn out appliances, as they had no regulator. Children sometimes studied by makeshift oil lamps, but these occasionally burned down homes when knocked over by the wind.

That's changed since grassroots social enterprise projects have brought small, individual solar panel systems to Laindeha and villages like it across the island.

For Jawa, it means much-needed extra income. When her husband died of a stroke in December 2022, Jawa wasn’t sure how she would pay for her children’s schooling. But when a neighbor got electric lighting shortly after, she realized she could continue weaving clothes for the market late into the evening.

“It used to be dark at night, now it’s bright until morning,” the 30-year-old mother of two said, carefully arranging and pushing red threads at the loom. “So tonight I work ... to pay for the children.”

Around the world, hundreds of millions of people live in communities without regular access to power, and off-grid solar systems like these are bringing limited access to electricity to places like these years before power grids reach them.

Some 775 million people globally lacked access to electricity in 2022, according to the International Energy Agency. Sub-Saharan Africa and South Asia are home to some of the largest populations without access to electricity. Not having electricity at home keeps people in poverty, the UN and World Bank wrote in a 2021 report. It’s hard for very poor people to get electricity, according to the report, and it’s hard for people who don’t have it to participate in the modern economy.

Indonesia has brought electricity to millions of people in recent years, going from 85% to nearly 97% coverage between 2005 and 2020, according to World Bank data. But there are still more than half a million people in Indonesia living in places the grid doesn’t reach.

While barriers still remain, experts say off-grid solar programs on the island could be replicated across the vast archipelago nation, bringing renewable energy to remote communities.

“Off-grid solar there plays an important role in that it will deliver clean electricity directly to those who are unelectrified,” said Daniel Kurniawan, a solar policy analyst at the Institute for Essential Services Reform.

Now, villagers frequently gather in the evening to continue the day’s work, gather to watch television shows on cell phones charged by the panels and help children do homework in light bright enough to read.

“I couldn’t really study at night before,” said Antonius Pekambani, a 17-year old student in Ndapaymi village, east Sumba. “But now I can.”

Solar power is still fairly rare in Indonesia. While the country has targeted more solar as part of its climate goals, there has been limited progress due to regulations that don't allow households to sell power back to the grid, ruling out a way of defraying the cost that has helped people afford solar in other parts of the world.

That's where grassroots organizations like Sumba Sustainable Solutions, based in eastern Sumba since 2019, saw potential to help.

Working with international donors to help subsidize the cost, it provides imported home solar systems, which can power light bulbs and charge cell phones, for monthly payments equivalent to $3.50 over three years.

The organization also offers solar-powered appliances such as wireless lamps and grinding machines. It said it has distributed over 3,020 solar light systems and 62 mills across the island, reaching more than 3,000 homes.

Imelda Pindi Mbitu, a 46-year-old mother of five living in Walatungga, said she used to spend whole days grinding corn kernels and coffee beans between two rocks to sell at the local market; now, she takes it to a solar-powered mill shared by the village.

“With manual milling, if I start in the morning I can only finish in the afternoon. I can’t do anything else," she said sitting in her wooden home. "If you use the machine, it’s faster. So now I can do other things.”

Similar schemes in other places, including Bangladesh and sub-Saharan Africa, have helped provide electricity for millions, according to the World Bank.

But some smaller off-grid solar systems like these don’t provide the same amount of power as grid access. While cell phones, light bulbs and mills remain charged, the systems don't generate enough power for a large sound system or a church.

Off-grid solar projects face hurdles too, said Jetty Arlenda, an engineer with Sumba Sustainable Solutions .

The organization's scheme is heavily reliant upon donors to subsidize the cost of solar equipment, which many rural residents would be unable to afford at their market cost. Villagers without off-grid solar panels are stuck on waitlists while Sumba Sustainable Solutions looks for more funding. They're hoping for support from Indonesia’s $20 billion Just Energy Transition Partnership deal, which is being negotiated by numerous developed nations and international financial institutions.

There's also been issues with recipients failing to make payments, especially as the island deals with locust outbreaks diminishing crops and livelihoods of villagers. And when solar systems break, they need imported parts that can be hard to come by.

But for now, villagers like Jawa said the solar systems are making a big difference.

“I'm grateful for this lamp," she said, sitting at the loom and nodding towards the hanging bulb. “It will be bright all night.”



Can't Cook or Shower: Indonesians Take Aim at Data Centers

Residents extend a supply hose to fill a barrel with clean water from a tanker truck in Kavling Bakau Serip, amid local water shortages linked to data center developments in Batam. ANDARU / AFP
Residents extend a supply hose to fill a barrel with clean water from a tanker truck in Kavling Bakau Serip, amid local water shortages linked to data center developments in Batam. ANDARU / AFP
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Can't Cook or Shower: Indonesians Take Aim at Data Centers

Residents extend a supply hose to fill a barrel with clean water from a tanker truck in Kavling Bakau Serip, amid local water shortages linked to data center developments in Batam. ANDARU / AFP
Residents extend a supply hose to fill a barrel with clean water from a tanker truck in Kavling Bakau Serip, amid local water shortages linked to data center developments in Batam. ANDARU / AFP

Cooking and bathing became difficult when taps ran dry in Batam, an Indonesian island where residents are protesting as data centers spring up to power the global artificial intelligence boom.

The area had suffered a "long drought" caused by low rainfall, the local water utility operator told AFP, as a strong El Nino cycle exacerbates dry weather.

But, as in other countries, anger has been directed at the data centers, warehouse-like facilities that keep apps and artificial intelligence tools running, with water often used to cool their humming servers.

Frustration is bubbling over in Indonesia and Malaysia -- especially in regions bordering Singapore that are seen as a prime location for new tech facilities.

At first the main reaction was, "thank God industry is coming" to Batam, 54-year-old tradesman Juniardi Adinda Sembiring Gurukinayan told AFP.

But severe recent outages hitting the municipal water service in some Batam communities meant "sometimes I skipped my shower".

"We cannot eat rice without water. We cannot cook vegetables without water," he said.

At the worst point, dozens of angry residents staged spontaneous protests outside Nongsa Digital Park -- a new cluster of data centers and other amenities, designated a special economic zone.

People in the district believe "that the water shortages... are related to the construction of data centers", Juniardi said.

The drought caused the nearby Nongsa Reservoir to run very low, and supply systems were further disrupted by an electrical fault, said Ginda Alamsyah, a spokesman for water utility operator Air Batam Hilir (ABH).

The tech park receives water from a different source, Duriangkang Reservoir, an industry source told AFP.

- 'Smelly, yellowish' -

Authorities in late September told developers they must build plants to desalinate seawater for cooling, to avoid straining local resources.

Companies behind operational or planned data centers at Nongsa Digital Park include the Singapore-headquartered BW Digital, DayOne, and Princeton Digital Group.

Another owner, Hong Kong-based Gaw Capital Partners, said it was "aware of the distress and frustration expressed by local residents in Nongsa and surrounding Batam communities" over water shortages.

To ensure sustainable operations, "our data center facilities must deploy a combination of advanced engineering, efficient architectural designs, and renewable energy sourcing," it said.

That includes using so-called "closed-loop" water systems that reuse resources and so require less fresh liquid.

As residents demanded a return to normal water supply at one protest last month, AFP saw a police officer filling up buckets they had brought to Nongsa Digital Park.

In nearby coastal village Mata Ikan, people had to use seawater to wash after defecating, said demonstrator Rahmat, 52, who like many Indonesians goes by one name.

"The water crisis has been going on for the past year, but it got worse in the last six months," 38-year-old Sulastri said at her home, where supply was out, so she poured water from a plastic bottle to wash dishes.

"Many of us here run small stalls. We used to make ice cubes, but we can't anymore."

The government has been distributing water from tanks driven around, but Sulastri said it was "smelly" and "yellowish".

AFP contacted the local government BP Batam, and Indonesia's ministry for economic affairs, which regulates Nongsa Digital Park, for comment. Neither responded.

Recent disruption to water distribution "was not caused by data centers or AI or investors entering that sector," Amsakar Achmad, Batam mayor and head of BP Batam said in October, according to local media.

The decline in water supply was instead "due to weather and climate factors", he said.

- Tech boom -

Data center capacity in Southeast Asia is projected to triple from 2025 levels by 2030, driven by a tenfold surge in AI use, according to a KPMG report.

This can put pressure on water supplies, but also electricity grids still heavily reliant on planet-warming fossil fuels.

The data center construction boom in Indonesia and Malaysia began when resource constraints led hyper-connected Singapore to halt new developments between 2019 and 2022.

It has since ramped up, boosting both countries' economies as governments and tech giants pour hundreds of billions of dollars into training and running AI.

Ginda said water provider ABH supports policies to encourage investment and development in Batam, south of Singapore and connected to it by undersea cables.

But he added that water demand must be managed properly, adding that ABH is trying to boost the capacity of Batam's six reservoirs by dredging them, with cloud seeding another option in dry periods.

- 'Inflection point' -

North of Singapore, Malaysia's Johor region has become "one of the largest emerging AI infrastructure clusters in the world", according to researcher James Chai of the ISEAS-Yusof Ishak Institute.

Just half a decade ago, Johor hosted 10 megawatts of data center capacity. That has ballooned by a factor of 200 to 2.1 gigawatts today, Chai said.

The environmental cost could be high.

By 2035, data centers are forecast to swallow up one-third of Malaysia's total energy consumption, the deputy prime minister told parliament in July.

The government said at that time it would only approve data center projects after ensuring sufficient energy and water supply capacity.

Johor residents have protested over dust pollution and flash floods linked to data center construction, as operators build closer to residential areas.

"Johor is at a critical inflection point," Mohd Fadhil Md Din of Malaysia's University of Technology told AFP.

"It has the potential to become Southeast Asia's leading sustainable data center hub," but only if it manages resources and spatial planning carefully, he said.

- 'We all feel it' -

Pushback sometimes works.

In Kota Damansara on the outskirts of Kuala Lumpur, a plot of land intended for a data center remains empty after local opposition.

The developer withdrew its planning permission application in August, after its neighbors spoke out online, lobbied their MP and gathered more than 9,000 petition signatures.

Jahaidi Harun, 72, had been concerned that the proposed data center could be noisy and pressure existing infrastructure.

Data centers "use a lot of water," the retiree told AFP, adding that, as in Batam, "if the rain doesn't come for one month, we all feel it".

Following the withdrawal, Malaysia's human resources minister Ramanan Ramakrishnan told local media he wasn't against "development or investment".

But "for large-scale projects that could affect the residents' lives, the people must have a say".


Electric Auto Rickshaws Reshape India’s Roads

This photograph taken on October 23, 2026 shows electric vehicles at the Mahindra Last Mile Mobility EV manufacturing facility at Zaheerabad in Sangareddy district of India's Telangana state. (AFP)
This photograph taken on October 23, 2026 shows electric vehicles at the Mahindra Last Mile Mobility EV manufacturing facility at Zaheerabad in Sangareddy district of India's Telangana state. (AFP)
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Electric Auto Rickshaws Reshape India’s Roads

This photograph taken on October 23, 2026 shows electric vehicles at the Mahindra Last Mile Mobility EV manufacturing facility at Zaheerabad in Sangareddy district of India's Telangana state. (AFP)
This photograph taken on October 23, 2026 shows electric vehicles at the Mahindra Last Mile Mobility EV manufacturing facility at Zaheerabad in Sangareddy district of India's Telangana state. (AFP)

Every 90 seconds, an electric three-wheeler rolls off the production line at an Indian factory, underscoring a transformation that has made the country the largest market for battery-powered auto rickshaws.

At a bustling plant run by Mahindra Last Mile Mobility, workers and robots fit cells into battery packs, attach body panels to metal frames and fix wheels into place, racing to meet demand for vehicles known for navigating the chaotic streets of the world's most populous country.

In September, more than one in two new three-wheelers sold in India was electric, compared with about 8.5 percent of cars and 11.6 percent of two-wheelers, reaffirming its position as the world's largest electric three-wheeler market.

"Our company has grown six times in its EV penetration in the last five years," said Mahindra LMM's chief executive Suman Mishra.

She said adoption accelerated over the past two years as government subsidies, improving vehicle quality and falling operating costs combined to make ownership more attractive.

E-rickshaws first appeared on New Delhi's streets more than a decade ago, often assembled in roadside workshops using Chinese-made batteries fitted to modified pedal-powered tricycles.

But the sector has since eaten into the market for sturdier fossil-fuel-powered three-wheelers, becoming a major industry as manufacturers such as Mahindra expand their share.

The shift has altered the look and sound of Indian cities.

Across northern India, e-rickshaws now queue outside railway stations and bustling markets, replacing the thumping noise of traditional "tuk-tuks".

- Fuel savings -

Mahindra is one of 15 finalists shortlisted for the environmental Earthshot Prize, to be awarded in Mumbai by Prince William on November 17.

For many drivers, however, earnings outweigh environmental benefits.

"Money is coming straight into my pocket," said Afroz Alam, a 31-year-old driver in Hyderabad who switched from a gas-powered model to an EV this year.

The cost of charging his vehicle saves him several hundred rupees a day, helping repay the loan he took out to buy the more expensive electric version.

"It may seem expensive, but then it levels out with the gas money you no longer have to pay," he told AFP.

Analysts agree economics is the key driver of adoption, with falling costs of batteries and rising fuel prices widening the advantage of e-vehicles.

Indian think-tank CEEW estimated in 2025 that petrol three-wheelers cost more than twice as much per kilometer to operate over their lifetime as EVs.

"Rickshaws, which operate continuously throughout the day, accumulate fuel savings rapidly," said Bidisha Bhattacharya of the Delhi-based Chintan Research Foundation.

The trend has also been welcomed by policymakers in India, which imports most of its oil and natural gas and has scrambled to manage energy costs, since conflict in the Middle East erupted in February.

Climate think-tank Ember said India consumes less transport fuel per capita than China did at a comparable income level in 2012, helped by the spread of cheap solar power and declining battery costs.

"In the race to curb oil imports, India is already far ahead," Ember said in a recent report.

Yet hurdles remain, with adoption uneven across the country.

- 'Battery will fail' -

E-rickshaws are common in cities such as Lucknow but far less visible in Mumbai, where limited parking and charging infrastructure complicate ownership.

"In Mumbai, there is no parking at all," Mishra said.

"So you can park on the side of the road for a (fuel-run) vehicle, but how do you do it for an EV when you have to charge it?"

Supply chains pose another challenge.

Last year, China restricted exports of rare-earth magnets, an essential component in electric motors, forcing several Indian automakers to cut or suspend production.

New Delhi has responded by promoting domestic manufacturing, including battery cells, most of which are still imported from China and South Korea.

"Two players are very close to commercialization of their cells in India. We have to be patient," Mishra said.

The bigger question is whether the success of e-rickshaws can be replicated in private cars and, eventually, trucks, which consume far more fuel.

Bhattacharya said commercial fleets could provide the next breakthrough.

When taxis transition to electric power, she said, they would help build the charging networks and consumer confidence.

For drivers already making the switch, the argument remains simple.

"They keep saying the battery will fail," said Mohammad Ali, 26, who bought an e-rickshaw this year.

"Do a trial, take the vehicle and do it for a day. They don't know yet how much money we are saving."


Saudi Healthcare Sector Wins 36 Awards at International Customer Experience Awards 2026 in London

File photo of the Saudi flag/AAWSAT
File photo of the Saudi flag/AAWSAT
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Saudi Healthcare Sector Wins 36 Awards at International Customer Experience Awards 2026 in London

File photo of the Saudi flag/AAWSAT
File photo of the Saudi flag/AAWSAT

The Saudi healthcare sector won 36 gold, silver, and bronze awards at the International Customer Experience Awards 2026 (ICXA) in London, including 29 awarded to Health Holding Company and its affiliated health clusters, in recognition of efforts to improve service quality and the beneficiary experience, the Saudi Press Agency reported Saturday.

Riyadh First Health Cluster led the participating healthcare entities with 11 awards, followed by Madinah Health Cluster and Eastern Health Cluster with six each. Al-Ahsa Health Cluster received five awards, while Najran Health Cluster won silver for Best Patient Experience in the category for organizations with more than 5,000 employees.

The Ministry of Health’s branch in Najran Region secured four awards: one gold and three bronzes. The Ministry of Interior’s Medical Services, represented by Security Forces Hospital in Dammam, won gold for Best Contact Center, silver for Best Patient Experience – Strategic Approach, and bronze for Customers at the Heart of Everything – Over 1,000 Employees.

In a separate achievement, Eastern Health Cluster earned “Best Practice” recognition in the Financial Resource Management category at the International Best Practice Competition 2026 (IBPC).

These achievements support the objectives of the Health Sector Transformation Program, one of the Saudi Vision 2030 realization programs, to improve access to healthcare, enhance service quality and efficiency, improve the beneficiary experience, and promote institutional excellence.