Urban areas worldwide contribute heavily to greenhouse gas emissions, with buildings accounting for nearly 40% of global energy-related carbon output. Much of this footprint comes from cooling systems, artificial ventilation, and carbon-heavy construction materials such as concrete and steel. In contrast, many indigenous African architectural practices were developed over centuries to naturally regulate indoor temperatures while minimizing environmental impact.

Across different regions of Africa, communities historically designed structures adapted to local climates. Coastal Swahili settlements, for instance, incorporated internal courtyards, shaded balconies, and strategically positioned openings to maximize airflow and reduce heat accumulation. Coral stone walls and whitewashed surfaces helped reflect sunlight and maintain cooler indoor conditions without mechanical air conditioning.

Similarly, traditional housing across Sub-Saharan Africa often relied on passive cooling techniques, including cross-ventilation, shaded outdoor spaces, and locally sourced materials with low embodied energy. These approaches reduced reliance on external energy sources while improving comfort in hot and humid environments.

Urban planners and climate researchers now believe these heritage practices could guide modern sustainable architecture. By combining indigenous design principles with contemporary technology, cities may significantly lower energy consumption and emissions while improving resilience to climate change.

The renewed interest comes as African cities face unprecedented growth. Rapid urbanization is increasing demand for housing and infrastructure, often leading to construction methods imported from temperate regions that are poorly suited to African climates. Such buildings frequently depend on air conditioning and artificial cooling systems, driving electricity consumption and emissions higher.

Architects advocating for climate-responsive design argue that reviving traditional knowledge could help cities transition toward low-carbon urban development. Concepts aligned with carbon-neutral and even carbon-negative architecture emphasize natural ventilation, renewable materials, and reduced reliance on fossil-fuel-based construction processes.

Beyond environmental benefits, integrating heritage architecture into modern urban planning could also strengthen cultural identity and promote locally driven innovation. Using indigenous materials supports local supply chains, lowers construction costs, and reduces emissions linked to importing building materials.

As governments across Africa pursue climate commitments and sustainable development goals, experts say architectural heritage offers more than historical value. it provides practical solutions. Reimagining cities through traditional climate-adaptive design may allow Africa to build rapidly while avoiding the high-carbon urban pathways followed elsewhere.

In this way, Africa’s architectural past may become a cornerstone of its sustainable urban future.

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A newly executed supply agreement between carbon asset manager Econetix and SCB Environmental Markets signals that African‑origin credits are moving toward eligibility under the Carbon Offsetting and Reduction Scheme for International Aviation (CORSIA), the framework overseen by the International Civil Aviation Organization to curb airline emissions growth.

The deal, involving credits sourced from projects in the Democratic Republic of the Congo, reflects a broader push to position African carbon assets within compliance markets rather than the voluntary offset space, where prices have been volatile and scrutiny over environmental integrity has intensified.

It is also part of Econetix’s goal to originate, certify and commercialise high‑integrity carbon credits that fully comply with the requirements of the aviation reduction scheme.

“This deal marks the starting point for Econetix as a leading CORSIA supplier. We have demonstrated our ability to originate, certify and transact high‑integrity carbon assets at the level and integrity the aviation market demands,” said Jakob Zenz, founder of Econetix.

CORSIA, which enters a more demanding phase later this decade, is expected to generate demand for hundreds of millions of tonnes of eligible credits through 2035.

While much of that supply has historically come from Latin America and parts of Asia, African governments and project developers are increasingly seeking to align with Article 6 mechanisms under the Paris Agreement to ensure credits meet international compliance standards.

Market participants say the shift requires navigating complex authorisation procedures, including corresponding adjustments to prevent double counting and registry labelling processes that satisfy both host governments and airline buyers.

“For African countries, this is less about one transaction and more about building institutional capacity,” said one market adviser involved in the deal. “Compliance markets require a different level of governance.”

Econetix, which is active in 16 African countries, has been working with national authorities to structure projects capable of meeting CORSIA eligibility requirements. SCB Environmental Markets will distribute the credits to aviation buyers through its global network.

“For Africa, this is not just about carbon credits — it is about long‑term investment, institutional capacity building and predictable revenue streams for governments and local communities,” said Paul Nimmerfall, founder of Econetix. “Through this and upcoming CORSIA transactions, millions of dollars will flow directly into African project countries.”

Econetix has developed expertise in navigating the regulatory and certification processes required to bring African carbon credits to full CORSIA eligibility, giving it an edge in the market. This includes Article 6 authorisations, corresponding adjustment procedures and registry labelling.

The successful execution of this transaction shows that Econetix can originate high‑integrity African carbon assets and structure and close large‑scale international CORSIA transactions. It positions the company among a small group of global players with technical expertise and a commercial track record in the multi‑billion‑dollar aviation carbon market.

Analysts say the emergence of compliance‑grade supply from Africa could reshape how carbon finance flows into the continent. Voluntary carbon markets have often been criticised for unpredictable pricing and limited fiscal transparency.

By contrast, CORSIA‑aligned transactions require host‑country approval, potentially creating more stable revenue streams for governments.

The Democratic Republic of the Congo, home to vast tropical forest reserves, has been positioning itself as a key player in Article 6 carbon markets, though implementation remains at an early stage across much of the continent.

If additional projects progress through certification, Africa could begin to occupy a more central role in the aviation carbon market, providing compliance‑ready supply at a time when airlines face tightening emissions obligations.

Whether that translates into sustained development gains will depend on governance, price stability and the integrity of credit issuance. For now, however, the transaction signals that African carbon assets are edging into one of the world’s most regulated offset markets.

OPA News

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Despite accounting for nearly 60% of the world’s solar potential, Africa remains one of the least electrified regions globally, with about 600 million people still without access to power. Governments and investors now see large-scale solar deployment as a way to bridge this gap while reducing dependence on fossil fuels and expensive diesel generation.

Major projects under development reflect the growing ambition. Libya is planning a massive solar program within a special economic zone that could reach 25 GW, while Mauritania is advancing some of the continent’s most ambitious initiatives, including the 30 GW Megaton Moon project and the 12 GW AMAN green hydrogen development, both anchored in solar generation. Morocco continues to consolidate its leadership in renewables, with projects such as the 7.5 GW AMUN solar complex and the Xlinks Morocco–UK interconnection, which aims to export clean electricity to Europe.

Beyond mega-projects, solar is expanding in diverse and innovative formats. Countries such as Chad are using solar plants like the Noor Chad facility to diversify energy systems traditionally reliant on hydrocarbons. Elsewhere, floating solar installations are being developed on reservoirs in countries including Ghana and Zimbabwe, while hybrid solar-plus-storage systems are gaining traction to ensure stable power supply after sunset.

Advances in battery energy storage systems (BESS) are strengthening Solar’s role as a dependable energy source. In some African markets, dispatchable solar power combining generation and storage is now competitive, with costs reported at around $76 per megawatt-hour, undercutting thermal and diesel alternatives.

However, scaling solar across Africa will require substantial financing. Estimates suggest the continent needs about $277 billion annually to meet its energy and climate goals, yet current climate finance flows cover only a fraction of that amount. While green bonds and sustainability-linked instruments are expanding, with issuances reaching roughly $13 billion in 2024, funding gaps remain a major constraint.

Efforts are also underway to build local value chains and strengthen regional integration. Nigeria, for example, is investing in domestic solar manufacturing capacity, including module production and assembly plants totaling more than 2 GW. At the same time, new cross-border power interconnections in Central and Southern Africa are designed to support electricity trade and improve grid resilience.

Although Africa currently has just over 20 GW of operational solar capacity, growth momentum is accelerating. Some projections suggest installed capacity could approach 300 GW by 2030 if regulatory reforms, grid investments, and financing mechanisms continue to improve.

As a result, solar power is no longer seen solely as a climate solution. It is increasingly framed as a strategic driver of economic growth, capable of expanding electricity access, lowering energy costs, supporting industrialization, and integrating African power markets, provided that ambitious plans translate into projects on the ground.

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Rather than signaling a decline, experts say these shifts represent a structural change in how clean-energy projects are being financed. Hybrid or blended financing, models that combine commercial bank lending, development finance institutions (DFIs), private equity, and structured-finance tools, has become central to scaling renewable energy solutions in Africa. This trend is driven in part by the continent’s persistent energy access gap, with an estimated 600 million people still lacking reliable electricity, according to the International Energy Agency’s World Energy Investment 2025 report.

One of the most notable developments in this space is the $156 million securitization deal announced by Kenyan solar company Sun King in July 2025. It is the largest solar pay-as-you-go (PAYG) securitization ever executed outside South Africa and the first in sub-Saharan Africa to be primarily financed by commercial banks. Structured by Citi, with Stanbic Bank Kenya acting as placement agent, the transaction converts future PAYG customer repayments into tradable, rated securities under Sun King’s Sustainable Financing Framework, which earned a “Very Good” second-opinion rating from Moody’s. The financing will support the distribution of 1.4 million solar home systems and smartphones, allowing low-income households to make daily digital payments starting from KES 25.

Sun King, established in 2007, has already issued around $1.3 billion in solar loans to more than 10 million customers, underscoring how hybrid financial structures are enabling energy access at scale. But the trend extends beyond off-grid solar. The rise of wheeling, a mechanism allowing independent power producers to transmit electricity to private consumers through national grids, is gaining momentum across Kenya, Zambia, Morocco, and Egypt. This approach allows clean-energy producers to sell directly to large private buyers, supported by emerging regulatory frameworks that make such agreements feasible.

Energy developers are increasingly packaging solar, wind, storage, digital technology, and multiple financing layers into integrated solutions. Renewable-energy portfolios such as CrossBoundary Energy’s continue to expand across the continent, deploying significant capacity in markets where demand for low-carbon power is surging. Meanwhile, shifts in investment hubs are becoming more visible. Mauritius, for example, recorded $1.25 billion in private equity transaction value in 2025, overtaking Nigeria as a preferred platform for structuring renewable-energy investments in Africa.

Despite a slowdown in classic mergers and acquisitions, private equity remains an important component of Africa’s long-term clean-energy growth, though it is adapting by aligning more closely with local institutions and embracing hybrid financing tools suited to the region’s energy markets. The IEA projects that Africa will require about $200 billion annually by 2030 to meet its energy and climate goals, including $25 billion per year to achieve universal electricity access. Clean energy already accounted for 36% of the continent’s $110 billion energy spending in 2024, showing a clear upward trend.

As hybrid financing structures continue to evolve, they are expected to unlock larger pools of local and international capital, accelerate renewable-energy deployment, and support broader economic transformation across Africa.

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The program will receive $94 million in external financing, including contributions from the Global Environment Facility (GEF) and the Bezos Earth Fund, while the Gabonese government will allocate $86 million over the next ten years. Funding will be delivered under the Project Finance for Permanence (PFP) model, which ties disbursements to the government’s progress on environmental reforms and conservation targets.

Key objectives include establishing new protected zones, curbing elephant poaching, and developing ecotourism as part of Gabon’s broader green-economy strategy. With forests covering 90% of the country’s landmass, Gabon is home to more than half of Africa’s remaining forest elephants as well as significant populations of western lowland gorillas, making conservation efforts vital to preserving global biodiversity.

The initiative builds on Gabon’s growing portfolio of environmental commitments, including a $500 million debt-for-nature swap concluded in 2023 to safeguard coastal ecosystems. It also aligns with broader international priorities in the Congo Basin, where European governments and multilateral partners pledged €2.5 billion during COP30 to support sustainable forest management across the region.

Officials say the new program will help reinforce ecosystem resilience, support rural livelihoods, and consolidate Gabon’s position as one of Africa’s leading conservation champions.

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The programme, titled Community and Ecosystem Resilience and Adaptation in the Wetlands of the Sahel Catchment Basins, will be implemented across Burkina Faso, Mali, Niger, and Senegal. These countries host some of the Sahel’s most vulnerable ecosystems, which are increasingly threatened by land degradation, population pressures, and climate variability.

The project focuses on four key areas. The first involves assessing the vulnerability of eight major wetlands and working with communities to promote conservation and green economic activities, especially those benefiting women and young people. The second area will strengthen the sustainable management of natural resources by improving water governance, promoting agroforestry, supporting fisheries, and reinforcing local governance structures.

A third component aims to enhance climate information services by boosting the capacity of the Climate Commission for the Sahel Region. This includes improving climate data collection and developing localised early warning systems to help communities anticipate and respond to climate-related risks. The final component will establish a regional project management unit to oversee coordination, administration, monitoring, and knowledge-sharing across the participating countries.

Interventions will focus on specific ecological sites: Oubri and Kuilsé in Burkina Faso; Bougouni-Yanfolila in Mali; the Ramsar-listed Dallol Bosso and Mare de Tabalak wetlands in Niger; and the Senegal River Biosphere Reserve in Senegal.

According to the AfDF, the initiative is designed not only to protect critical wetlands but also to strengthen local livelihoods and promote long-term climate resilience across one of Africa’s most climate-exposed regions.

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Announced on the sidelines of the COP29 climate conference, the commitment is targeted at solutions that have already demonstrated impact at scale. Funding will focus on improved soil-health mapping, micro-organism-based bio-fertilisers, drought-tolerant crop varieties, and digital decision-support tools that help farmers better plan around rainfall, pests, and extreme temperatures.

The Foundation highlighted the urgency of the investment, noting that millions of farmers in sub-Saharan Africa depend almost entirely on rainfall, leaving them exposed to unpredictable weather, prolonged droughts, and flash floods. Without significant adaptation efforts, crop yields in the region could decline by 10–20% by the end of the century.

Gates Foundation representatives stressed that the aim is not to pilot experimental ideas but to scale solutions already working. Previous initiatives—such as mobile-based weather alerts deployed in Kenya and Rwanda—have demonstrated how technology can help farmers make timely planting and harvesting decisions.

Despite the scale of the pledge, it covers only a fraction of the continent’s needs. Africa requires an estimated $50 billion annually for climate adaptation across sectors. The Foundation urged governments and development partners to increase their own commitments to ensure food systems remain productive and resilient under worsening climate pressures.

The funding is expected to be directed through research institutions, agritech innovators, and national agricultural systems already partnering with the Foundation.

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The investment package, announced this week, is part of the EU’s broader effort to help emerging economies transition to sustainable, low-carbon growth. It aims to reduce South Africa’s heavy reliance on coal, which currently fuels about 85% of the country’s electricity generation.

A major share of the funding will go toward renewable energy projects, including new power generation capacity, grid modernization, and energy storage systems. Upgrades to transport networks and investments in healthcare facilities are also included, reflecting a holistic approach to supporting South Africa’s long-term development goals.

The initiative comes as South Africa struggles with chronic power shortages and an aging coal fleet. However, progress may face resistance from Eskom, the state-owned power utility, which is undergoing restructuring as part of the energy sector reforms.

The EU’s renewed commitment follows the United States’ withdrawal from the Just Energy Transition Partnership (JETP) earlier this year—a multilateral program launched to help countries like South Africa decarbonize while protecting jobs and communities.

By stepping up its investment, the EU is signaling a stronger leadership role in Africa’s green transition, aiming to build resilience, create jobs, and strengthen diplomatic and economic ties with one of the continent’s largest economies.

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