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Data Centers Could Be the Spark Africa’s Power Sector Needs (By NJ Ayuk)

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The growth of data centers also often brings with it a push for innovative power solutions, including the integration of renewable energy sources and advanced grid management technologies

JOHANNESBURG, South Africa, December 30, 2025/APO Group/ —By NJ Ayuk, Executive Chairman, African Energy Chamber (https://EnergyChamber.org/).

A quarter of the way into the 21st century, digital technology has infiltrated the daily lives of billions of people to an incredible degree across the globe — but not everywhere… yet. As digital penetration rapidly nears 100% in many parts of the world, the fastest-growing markets are in developing countries where even simple electricity is hardly an assured thing. Perhaps the greatest potential is in the African market, where penetration remains shallow and demand is skyrocketing. Simply put, there’s nowhere to go but up.

Although electrification has been stubbornly slow to spread across the continent thus far, internet usage is expanding at extraordinary rates. The Global System Operators and Manufacturers Association’s (GSMA) Mobile Economy Report 2023 estimated that smartphone adoption in sub-Saharan Africa would rise from 51% in 2022 to 87% in 2030, driven by rising youth populations and more competitive mobile pricing. The same report predicted a near-quadrupling of data usage per mobile by 2028, from 4.6 GB per user per month to 18 GB. Every one of those phones that loads a search engine, a shopping site, or a business app these days is adding to that computing load, and that’s just the mobile sector. Advances in financial technology are creating new opportunities for African businesses to thrive, and artificial intelligence is fast invading every facet of the internet. Generative AI and machine learning applications consume up to 10 times more energy than traditional searches, making all that growth orders of magnitude more expensive.

So far, data centers in Europe have mostly been able to handle Africa’s needs. As African businesses and consumers increasingly demand faster speeds and lower latency, however, the need is quickly growing for more localized computing infrastructure. As of mid-2025, Africa has 223 data centers spread across 38 countries — less than 0.02% of the world’s total of more than 11,800. South Africa has the most with 56, followed by Kenya with 19 and Nigeria with 17, meaning 41% of Africa’s data center infrastructure is currently concentrated in these three countries.

In “The State of African Energy: 2026 Outlook Report,” the African Energy Chamber (AEC) posits that development of cloud infrastructure in these key markets could serve as nuclei to accelerate growth across the continent. Growing concerns over data sovereignty are also spurring some nations to require that certain sensitive data stays in-country, further driving demand for local data centers. The African data center market was valued at USD3.49 billion in 2024 and is projected to reach USD6.81 billion by 2030, rising at a Compounded Annual Growth Rate (CAGR) of 11.79%.

As a rule, data centers require a substantial and reliable supply of electricity — something Africa is not currently known for, with many countries facing frequent outages. Nigeria is a prime example. The country’s 17 data centers — the third most in Africa — collectively require around 137 MW of power capacity in 2025. Nigeria’s power grid is notorious for providing only around four hours of power per day, forcing data center operators to make up the difference with diesel generators that raise costs and pollution levels. Even around the capital city of Lagos, where internet connectivity is highest and 14 of the data centers are concentrated, the grid is a constant source of uncertainty.

Electrification in Africa is a multi-pronged issue with many obstacles on the path to modernization, but there is no doubt that there is a demand to be met

Overall, the AEC report states, Africa’s data center power demand capacity is forecast to achieve a CAGR of 9% between 2024 and 2030 and hit 2 GW by 2030. The total data center capacity globally, by comparison, is forecast to log a CAGR of 11% between 2024 and 2030, reaching 249 GW by year-end 2030. Adding in the power needed for cooling and other ancillary loads, the global total installed capacity is estimated at 374 GW by 2030.

The relentless demand of data centers, however, functions as a great stabilizer for attracting socially responsible capital investment in the power infrastructure. Predictably growing demand assures investors that money spent on expanding grids and developing new power generation centers will both improve lives and pay off economically. The growth of data centers also often brings with it a push for innovative power solutions, including the integration of renewable energy sources and advanced grid management technologies. Upgraded grids improve sustainability, bolster resilience, and expand the residential and commercial customer base, spreading out fixed costs and thereby reducing end users’ electricity prices over time.

In northern Africa, growing hubs such as Egypt and Morocco benefit from strategic positioning that connects Europe, Africa, and the Middle East to major internet backbone lines. Egypt offers affordable land and electricity prices, while Morocco is rapidly modernizing its infrastructure and fostering a favorable legal environment for data center growth.

Sub-Saharan Africa faces more challenges, but even here, many nations are stepping up efforts to meet the insatiable demand. In South Africa, the largest market, there is particularly strong demand for facilities around Johannesburg and Cape Town. Johannesburg benefits from a diversified mix of wholesale and retail demand and both international and local providers. South Africa is leading the continent in solar integration, with public-private projects like the 12 MW solar farm being developed by Africa Data Centres and Distributed Power Africa.

Kenya’s grid is already over 60% renewable, including geothermal, solar, wind, and hydroelectric sources. The Naivasha geothermal zone, which supplies nearly half of the country’s power, will host a planned 100 MW green data center, backed by a USD1 billion investment by Microsoft and G42. Such clean, non-intermittent power solutions give Kenya the ability to support data centers with both lower emissions and greater stability. The Kenyan government also offers tax incentives for investments in special economic zones, including a 10% corporate tax exemption for the first 10 years, and over 15% after 10 years.

Smaller countries are getting in on the game as well. Côte d’Ivoire (currently home to six data centers) launched its largest solar power plant in Boundiali in June 2023, delivering 37.5 MWp of capacity toward its national goal of sourcing 45% of its electricity from renewable energy by 2030. West Africa’s largest wind project is the Taiba N’Diaye Wind Farm in Senegal (seven data centers), while Gabon (one data center) is actively developing hydropower and attracting investment in solar hybrid systems.

Not every country will be able to confront the growing digital demand equally. Data centers are notoriously water-hungry due to the need to cool off huge banks of closely packed computers. Nations with vast areas of desert and savannah can ill afford to have data centers compete for water with agriculture and may have to rely on their neighbors through the use of regional power pools as suggested in the AEC report. Others with fewer renewable energy prospects will likely focus on developing more conventional energy sources such as oil and gas, which many have in great abundance. Even those with strong renewable sectors would be wise to develop conventional energy to achieve the reliability that other parts of the world take for granted. The AEC has long advocated the flexibility of natural gas to serve as a bridge fuel, alleviating shortages with quick ramp-up and ramp-down when renewable supplies fluctuate.

Electrification in Africa is a multi-pronged issue with many obstacles on the path to modernization, but there is no doubt  that there is a demand to be met. Building and provisioning local data centers is a powerful step toward solving some of government’s most pressing problems in any nation: improving infrastructure, growing the economy, and strengthening national security.

“The State of African Energy: 2026 Outlook Report” is available for download. Visit https://apo-opa.co/48Y4qkH to request your copy.

Distributed by APO Group on behalf of African Energy Chamber.

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Africa gains governance momentum in the 2026 Chandler Good Government Index, but sustaining progress is the real test

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October 29, 2026

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Africa

Across Africa, average scores improved in six of the seven CGGI pillars over the past year, with the strongest gains in Helping People Rise and Financial Stewardship

This signals that stronger government capabilities are beginning to translate into tangible improvements in people’s lives

KIGALI, Rwanda, October 29, 2026/APO Group/ –Africa was the second best-performing region for governance progress in the 2026 Chandler Good Government Index (CGGI), with 71% of the African countries assessed in both 2025 and 2026 achieving higher overall scores. However, the continent remains the lowest-scoring region overall, highlighting the challenge of translating improvement in government capabilities into better outcomes for citizens.

 




 
 

These findings were highlighted by the Chandler Governance Group (CGG) at a joint session with the Rwanda Governance Board (RGB) to launch the 13th edition of the Rwanda Governance Scorecard at the Kigali Serena Hotel on Thursday, 22 October 2026.

“This year, Africa’s strongest gains came in Financial Stewardship, followed by Helping People Rise, the CGGI’s outcomes pillar. This signals that stronger government capabilities are beginning to translate into tangible improvements in people’s lives, from access to quality education and healthcare to the public finances that fund them. The task now is to sustain that progress over the coming years,” says Dinesh Naidu, Director (Knowledge) at CGG.

Now in its sixth edition, the CGGI assesses government capabilities and effectiveness across 133 countries representing 94% of the world’s population, up from 120 countries in 2025. It measures 35 equally weighted indicators across seven pillars, providing governments with a framework to benchmark performance, identify gaps and learn from the experience of other countries.

Globally, the findings point to improving governance performance. Of the 120 countries assessed in both 2025 and 2026, 61% recorded higher scores, representing the highest annual share of countries improving since the Index launched in 2021. However, longer-term progress has been less consistent, with only 43% of the 104 countries tracked since 2021 recording an overall improvement.

Africa’s leading governments

Mauritius remains Africa’s highest-ranked country, placing 55th globally, followed by Rwanda (62nd), Botswana (70th), Morocco (79th) and Tanzania (80th). South Africa ranks sixth on the continent, in 85th place globally.

Rwanda features prominently in the discussion, ranking 11th globally for Leadership & Foresight and emerging as the highest-ranked low-income country in the Index. It ranks 61 places above where its income alone would predict. Across the Index, government capabilities track citizen outcomes more closely than national wealth does, suggesting that strengthening government capabilities matter in delivering better outcomes for citizens.

The joint session brings together the CGGI’s international benchmarks and the Rwanda Governance Scorecard’s assessment of governance in the Rwandan context, creating an opportunity to consider both global perspectives and country-specific priorities.

Progress across key governance pillars

Across Africa, average scores improved in six of the seven CGGI pillars over the past year, with the strongest gains in Helping People Rise and Financial Stewardship. These improvements point to progress in areas associated with public services, including healthcare and education, as well as the management of public finances.

Longer-term trends also highlight areas of progress. Between 2021 and 2026, nearly every African country assessed across the period improved its Data Capability score, with Morocco recording the largest gains. Ghana’s overall score improved in 2026, supported by stronger Financial Stewardship, while South Africa continues to show relative strength in Robust Laws & Policies, ranking 44th globally, and Attractive Marketplace, ranking 48th.

Despite these gains, the scale of the challenge remains clear. Africa’s regional average is still below its 2021 level, 23 of the 35 African countries in the 2026 Index rank outside the global top 100, and none is in the top 50. Seven African countries joined the Index this year: Chad, the Democratic Republic of Congo, Gambia, Guinea, Lesotho, Liberia and Togo.

“Rankings provide a useful starting point, but the broader value of the CGGI lies in helping governments understand where they are making progress and where further work is needed. Sustained improvements depend on the ability to strengthen institutions, manage resources responsibly and turn policy into meaningful outcomes for citizens,” says Naidu.

A tool for learning and improvement

The CGGI is designed as a practical diagnostic tool, helping governments identify gaps, track progress over time, and learn from peers facing similar constraints. The collaboration with the RGB brings international benchmarking together with locally grounded assessment.

“Every country faces its own governance challenges and is driven by varying priorities. Governments that are willing to take stock of the evidence and learn from peers to strengthen their institutions are well placed to achieve real improvements,” concludes Naidu.

Distributed by APO Group on behalf of Chandler Governance Group.

 

 




 

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Spiro brings electric motorcycles and battery-swapping technology to Ghana, expanding its pan-African footprint

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5 hours ago

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October 29, 2026

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Spiro

The integrated offering aims to reduce daily operating costs and minimise downtime, with battery swaps completed in just two minutes and potential savings of up to USD 2 per day compared with petrol-powered motorcycles

ACCRA, Ghana, October 29, 2026/APO Group/ —

  • Spiro’s entry into Ghana introduces the Ekon 450 M1 V3 electric motorcycle and its battery-swapping solution, bringing a new mobility option to commercial riders and delivery fleets.
  • The integrated offering aims to reduce daily operating costs and minimise downtime, with battery swaps completed in just two minutes and potential savings of up to USD 2 per day compared with petrol-powered motorcycles.
  • Test rides and product demonstrations across Greater Accra will support the rollout and help riders experience the benefits of electric mobility.

 




 
 

Spiro (www.Spironet.com), Africa’s largest electric mobility company, is expanding its footprint in Ghana with the introduction of the Ekon 450 M1 V3 electric motorcycle and its battery-swapping solution. Combining electric two-wheelers with access to charged batteries, Spiro aims to make everyday transport more affordable and practical for riders while supporting Ghana’s transition towards sustainable mobility.

For commercial riders and delivery fleets, fuel expenses and time spent off the road directly affect daily earnings. Spiro’s integrated offering addresses both challenges: riders can exchange a depleted battery for a charged one at a Spiro battery-swapping station in just two minutes, while potentially saving up to USD 2 per day in operating costs compared with conventional petrol-powered motorcycles.

Ghana represents a major opportunity for electric mobility, with a rapidly growing two-wheeler market and increasing demand from commercial riders and delivery fleets

Designed to meet the everyday mobility needs of African riders, the Ekon 450 M1 V3 offers an alternative to petrol-powered motorcycles. Supported by Spiro’s battery-swapping technology, it allows riders to get back on the road without waiting for their motorcycle to recharge.

Auroasish Choudhuri Managing Director Central and West Africa, commented: “Our entry into Ghana is an important step in strengthening Spiro’s presence in West Africa. Our focus is on building a local ecosystem that riders can rely on, combining electric motorcycles with convenient access to battery swapping. By working closely with local partners and listening to riders’ needs, we aim to support the long-term adoption of electric mobility in Ghana.”

Kaushik Burman, CEO Mobility of Spiro said: “Ghana represents a major opportunity for electric mobility, with a rapidly growing two-wheeler market and increasing demand from commercial riders and delivery fleets. By bringing the Ekon 450 M1 V3 together with our battery-swapping solution, we are addressing two key barriers to adoption: operating costs and access to charging infrastructure. Our ambition is to build a strong foundation for electric mobility to scale across Ghana.”

To support its rollout, Spiro is engaging with prospective customers through test rides, product demonstrations and live demonstrations of its battery-swapping technology across Greater Accra. These activities give riders the opportunity to experience the Ekon 450 M1 V3 and understand how battery swapping can fit into their daily routines.

Mr Maxwell Dodd, Managing Director of Spiro Ghana, said: “For riders in Ghana, the value of electric mobility lies in what it can deliver every day: lower operating costs, less downtime and more time on the road. Through the Ekon 450 M1 V3 and our battery-swapping solution, we want to make those benefits accessible and support riders as they make the transition to electric motorcycles.”

Ghana forms part of Spiro’s wider expansion across Africa. Building on its recent USD 270 million equity funding round and an additional USD 18 million in debt financing from the Africa Go Green Fund, the company is scaling its electric mobility ecosystem with the ambition of establishing a presence in 20 African markets. Spiro is also preparing to enter new countries, including Ethiopia, Malawi, Mali and the Democratic Republic of Congo.

Distributed by APO Group on behalf of Spiro.

 

 




 

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Huawei Wireless Unveils Innovation Breakthroughs to Pioneer New Communications Networks

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5 hours ago

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October 29, 2026

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Huawei

The innovation breakthroughs for pioneering new communications networks include RetinaMIMO, new materials, and OSCAR solution among other root technologies. By tackling coverage, energy consumption, and capacity challenges, the breakthroughs drive ubiquitous experience, simplified and green networks, and superior spectral efficiency. The breakthroughs have unlocked a wealth of new capabilities, including the world’s first commercial U6 GHz device VitaAAU, GigaGreen Plus series, and UBBPi series.
Huawei promotes A2A-T standards and drives commercial open-source OpenAN through extensive partnerships to build an open telecom agent ecosystem.

 




 
 

SHANGHAI, CHINA – Media OutReach Newswire – 29 October 2026 – At Huawei Decoding China 2026, Fang Xiang, Corporate Vice President and President of Wireless Network Solution of Huawei, unveiled a series of innovation breakthroughs to pioneer new communications networks. The innovation breakthroughs mark major leaps in root technologies focused on ubiquitous experience, simplified and green networks, and superior spectral efficiency. With the breakthroughs, Huawei has launched the world’s first commercial U6 GHz device VitaAAU, GigaGreen Plus series, and UBBPi series. Additionally featuring the new progress in open ecosystem for telecom agents, the breakthroughs will lay a solid foundation for new communications networks.

With booming intelligent devices and services, new devices, traffic, and applications are taking shape in the mobile industry. The new devices are expanding network connectivity from people to things and agents, increasing the number of connections by 100 times. Device-cloud synergy for intelligent services calls for stronger uplink capabilities to support training and inference, shifting network focus from downlink dominance to both uplink and downlink. With new applications, come a diversity of new interaction modes, calling for higher standards in experience and driving networks to support ubiquitous steady ultra-low latency with a high reliability.

As the world steps into an intelligent era, the value of connectivity is not only about quantity—it’s more about quality. This has been inspiring Huawei to convert cutting-edge breakthroughs into the commercial practices of new communications networks by focusing on root technologies for ubiquitous experience, simplified and green networks, and superior spectral efficiency.

Pioneering ubiquitous experience

RetinaMIMO is a new pioneering technology designed to solve the challenge of concurrent ultra-high bandwidth and ubiquitous coverage. It features the industry’s first Retina scanning system that allows RF link topologies to be reconstructed to eliminate coverage collapse in the vertical direction. It also adopts a reconstructed antenna array architecture to address the diminishing marginal gains as array elements (AEs) increase.

Based on RetinaMIMO, Huawei has launched the world’s first commercial U6 GHz device VitaAAU. Compared with similar products with 1024 AEs, VitaAAU widens coverage by about 30%, enabling U6 GHz to match C-band in both horizontal and vertical directions. This enables operators to deliver U6 GHz coverage for new communications networks on their C-band sites, minimizing overall TCO. To date, VitaAAU has seen commercial adoption in the UAE and other markets, with peak downlink speeds exceeding 10 Gbps, making ubiquitous premium experience a reality.

Pioneering simplified, green networks

Huawei’s pioneering EP power amplifier (PA) architecture capitalizes on new materials and technologies to solve the problem of energy efficiency decline on higher frequency bands, maximizing energy conversion efficiency. The industry’s first-ever multimode dielectric filters allow antennas to have small dimensions and low power consumption on multi-channel networks with high frequency bands. Powered by new materials, technologies, and architectures, VitaAAU antenna is reduced to 1.5 m in diameter while supporting “0 Bit 0 Watt 0 Loss”, delivering superior energy saving efficiency. These innovations enable Huawei’s GigaGreen Plus series products to achieve significant reductions in dimensions, weight, and power consumption, better positioned to power simplified and green networks.

Pioneering superior spectral efficiency

Multi-band, multi-cell, and multi-user interference is a major restrictive factor of capacity. The time scaling of the Tau (τ) law is introduced to base stations for the first time to realize optimal dynamic resource scheduling across all domains based on the OSCAR solution. With low-latency bus and high-speed interconnect technology, a high-speed architecture is built to enable the real-time exchange of massive data. Thanks to software and hardware synergy, new UBBPi series products improve average user experience by 1.3 times while reducing power consumption by approximately 40%, further improving spectral and energy efficiency.

Pioneering open-source autonomous networks

Autonomous networks have emerged as an inevitable choice to deal with the growing AI services and increasing network complexity. RANSpirit is another industry first from Huawei, implementing single-domain network autonomy based on the telecom foundation model and digital twins. To date, RANSpirit is serving more than 1.2 million cells across 25 networks around the world, providing assistance to more than 2,000 engineers.

Extensive agent collaboration relies on an open, win-win ecosystem. This galvanizes Huawei to join industry partners to develop ecosystem standards, communities, and industry alliances. In terms of standards, Huawei adapts to the TM Forum, building a cross-agent foundation on the A2A-T standard and framework agreed upon by the industry. In terms of communities, Huawei jointly promotes neutral open-source communities and donates open-source agent components to the Linux Foundation, driving global collaboration and innovation. With regard to industry alliances, Huawei has taken the initiative to pool ecosystem strengths to accelerate business implementation based on the GSMA industry platform.

Fang concluded with the reiteration of Huawei’s unswerving pursuit of dual-drive innovation to promote new breakthroughs in mobile networks and work with partners from around the world to deepen the OpenAN ecosystem, advancing new communications networks through technological innovation and open collaboration.

FAQs

Q1: Why is it challenging to balance ultra-high bandwidth and ubiquitous coverage?

Ultra-high bandwidth depends on higher frequency bands. As we know, a higher frequency leads to a greater propagation loss of electromagnetic waves and a weaker ability for them to penetrate obstacles, because high-frequency signals attenuate fast and have short coverage distances, while ubiquitous coverage requires signals to travel a long distance in complex environments. Inherently, the two priorities pull in sharply opposite directions.

  




 

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