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Burundi to expand electrification (Image source: Adobe Stock)

Burundi is poised to hasten electrification efforts in the country in the wake of a new public-private partnership (PPP) deal that could unlock US$1.4bn in new financing

Like other countries in the region, many people Burundi still lack access to basic services including electricity.

Expanding access to electricity remains an important development priority for Burundi, particularly in rural communities where access has historically been limited.

Addressing this challenge requires not only increased power generation, but also sustained investment in transmission and distribution infrastructure to ensure that reliable and affordable electricity reaches communities, farms, businesses and industries across the country.

To mobilise additional funding, the government has signed a 25-year PPP agreement with Weza Power targeting grid expansion to more than half of Burundi.

It also establishes Africa's first new national-scale electricity distribution concession to be operated by a private company in decades, marking a significant milestone for the country and for Africa’s energy sector.

Burundi President Évariste Ndayishimiye called electricity the foundation of his country’s economic transformation plans and a key pillar in its Vision 2040-2060 ambitions.

“This partnership will expand opportunities for our people, strengthen our industries, and create conditions for investment, jobs and lasting prosperity,” said Ndayishimiye.

“It proves what can be achieved when government and private sector partners unite behind a shared national vision.”

Distribution agreement

The PPP establishes a model for expanding energy by bringing together government with private investment and development finance to grow electricity access from approximately 15% on grid electrification today to more than 50% — providing first-time or improved access for an estimated 8 million people.

Burundi's electricity utility, REGIDESO, will continue to supply electricity through the national transmission network and maintain responsibility for distributing power in half the country, while Weza Power will expand and operate the distribution network in the other half.

This will mean delivering 52,000 km of new and upgraded distribution lines, connecting over 1.2 million new households and businesses.

It will also create over 2,000 direct installation and operational jobs and over 30,000 indirect jobs for locals.

Funding structureThe blended finance structure will mobilise both private commercial capital and concessional funding without increasing public debt, drawing on money from Mission 300 partners, including the World Bank’s ASCENT programme, the International Finance Corporation (IFC), MIGA and the African Development Bank.

It will also draw support from the US International Development Finance Corporation (DFC), Gridworks, a part of British International Investment, US Trade and Development Agency, NORAD, and other partners.

PPP electrification model

Weza Power is a part of the Anzana Electric Group, which has invested in Burundi since 2018 through Songa Energy, which comprises one operational hydropower plant and a second currently under construction.

“This PPP will strengthen Burundi's ability to compete, attract investment and retain more value from its own resources,” said Brian Kelly, CEO of Anzana Electric Group and Weza Power.

“Reliable electricity will give businesses the confidence to invest, enable critical industries to grow, and unlock more of the country's economic potential at home.”

Burundi also demonstrates an approach to national electrification that Anzana is advancing across Africa: in Zambia, the Democratic Republic of Congo, and other markets it is working alongside governments and partners to develop integrated electricity platforms built on the same commitment to commercially sustainable infrastructure and national transformation.

Infrastructure priorities

Dr. Hassan Kibeya, Minister of Mineral Resources, Energy, Industry, Trade, and Tourism said the partnership with Weza Power addresses one of Burundi's “most important infrastructure priorities” by expanding and strengthening the distribution network.

“With Burundi's installed generation capacity at approximately 183 MW, our focus must now be on ensuring that existing and future generation can be delivered to more homes, businesses and productive sectors across the country,” Kibeya said.

“Reliable electricity will power Burundi's industries, enable local processing of critical minerals, and fuel sustainable economic growth.”

The agreement also contributes to Burundi's National Energy Compact under Mission 300 — the joint World Bank Group and African Development Bank initiative to connect 300 million Africans to electricity by 2030.

It also underscores stronger US-Burundi relations, as evidenced by recent project announcements in critical minerals, and lays the ground for the essential infrastructure that can unlock further private investment.

Power plant in the desert (Image source: Himoinsa)

How a hybrid off-grid power system combined diesel generation and battery energy storage to deliver reliable electricity in a demanding, remote environment for a high-profile motorsport event in the Sahara

Himoinsa deployed a hybrid power system combining diesel generators and battery energy storage to supply up to 1 MW of power at the 2026 Rallye du Maroc, demonstrating an approach to managing variable electricity demand in remote, off-grid environments.

As Official Power Supplier to the rally, the company provided more than 20 pieces of power and lighting equipment to support temporary bivouacs in Agadir and Zagora, Morocco.

The installations supplied electricity for vehicle maintenance, communications, medical facilities, catering and race administration, operating in conditions characterised by heat, dust and limited access to infrastructure.

According to David Serieys, Himoinsa's event coordinator, the main technical challenge was designing an off-grid system capable of adapting to changing loads while operating continuously in remote locations.

“What made this project technically demanding was not just its size – although we deployed more than 20 units and made up to 1 MW of power available,” he said.

“The real challenge was designing an off-grid system capable of adapting to very different loads – while operating continuously in heat, dust and remote locations.”

The hybrid configuration combined generators, which provided sustained power and reserve capacity, with battery storage systems designed to respond to short-duration demand peaks and supply electricity during periods of lower consumption.

This approach also allowed generators to remain switched off when demand was limited, reducing unnecessary engine running hours.

“The generators provide the sustained power and reserve capacity the bivouac needs, while the batteries respond immediately to load variations, cover low-demand periods and reduce unnecessary engine running hours,” said Serieys.

Himoinsa's EHR battery energy storage technology is designed to store energy and supply electricity when required.

The EHR 45/60 model has a nominal power rating of 45 kVA and a nominal battery capacity of 56.8 kWh, using lithium iron phosphate (LFP) battery technology.When appropriately configured, combining battery storage with diesel generation can reduce fuel consumption, engine operating hours, maintenance requirements and noise compared with generator-only operation, the company said.

The deployment also included mobile lighting towers to support overnight vehicle repairs and maintenance, with more than 20 personnel involved in the operation.

“The lighting towers were equally important,” added Serieys.

“Once the competitors arrived, the service areas remained active throughout the night, with mechanics carrying out repairs and preparing the vehicles for the next stage. We needed mobile, autonomous lighting units that could be transported and repositioned quickly, withstand the desert environment and provide safe, reliable illumination.”

While the rally provided a demanding temporary application, the same hybrid power approach can be used in other settings where grid electricity is unavailable or inadequate, according to Himoinsa.

Construction projects, mining operations, rental power and critical infrastructure are among the potential applications, it says, where matching generation to actual demand can help improve operational efficiency.

GE Vernova 9E turbine technology (Image source: GE Vernova)

GE Vernova has been appointed to provide the gas power technology for the new Songon combined-cycle power plant in Ivory Coast

It follows the signing of financing agreements last June, in which the developer Songon Energies, an Ivorian investment firm focused on energy infrastructure, selected GE Vernova to supply a 9E gas turbine and generator.

“We are honoured to support Songon Energies with our proven 9E technology for this crucial infrastructure project," said Joseph Anis, CEO of Gas Power in Europe, Middle East, and Africa at GE Vernova.

Songon power plant

The new plant, located in the Songon region near Abidjan, will be built by EPC contractor China Energy International Engineering Co., Ltd., and is expected to deliver 372 megawatts (MW), enough to power approximately 5 million Ivorian homes.

“The Songon Energies project is designed to strengthen energy security and support future growing electricity demand growth in the Greater Abidjan region while reinforcing the country's position as a regional energy hub in West Africa,” said Wang Xiaoming, deputy general manager and acting CEO for Songon Energies.

“The facility is expected to ease energy pressure on the Abidjan metropolitan area, providing a reliable foundation for the development of skilled workers, the growth of industrial zones, the expansion of small and medium-sized enterprises and a tangible improvement in the daily lives of millions of Ivorian households.

”Xiaoming said GE Vernova was selected for its efficient technology and constant, proven presence in Ivory Coast, “which gives us great confidence in the long-term success of this facility.”

Electrification objectives

The West African country has made significant progress in developing its energy infrastructure, reaching an electrification rate of 94.3% by 2024, with a goal to achieve universal electrification and improved power quality by 2030.

Despite these gains, the nation faces an annual demand growth rate of 10-15% and rural areas still require expanded access.

In this energy landscape, the Songon power plant is expected to help fill a critical gap.

The new facility is projected to represent up to 12% of the country’s total installed base upon its scheduled 2029 operational launch.

The project is also expected to generate up to 1,400 new jobs.

GE Vernova footprint

GE Vernova’s commitment to Ivory Coast is built on a long history of supporting the nation’s electrification goals, with a footprint that incorporates a large installed base, key power transmission hardware, digital software deployments, and long-term service contracts.

GE Vernova utilises its global expertise and local presence to help power plant operators increase power capacity, while supporting a more secure and reliable energy future, said Anis.

“Our commitment to power plant operators is rooted in delivering advanced gas power technology that provides the reliable, dispatchable energy necessary for long-term growth and positive community impact,” he said.

“Beyond the turbine island, we look forward to applying our expertise in powering the HV sub-station, providing digital software, and long-term services to support the broader energy system in its goal to enhance grid stability, operational efficiency, and local prosperity.”

Kamoa-Kakula moves to cleaner energy supply (Image source: Adobe Stock)

The ramp up of on-site solar power facilities in September reduced on-site diesel generator consumption at the Kamoa-Kakula mine site in the Democratic Republic of Congo (DRC) by approximately 40%, Ivanhoe Mines reported in an October update

It follows the extension of Kamoa-Kakula’s on-site hybrid solar power facilities, integrated with battery energy storage (BESS), which are now fully operational, supplying 60 MW of continuous baseload power to mining operations (Ivanhoe Mines expands solar power at Kamoa-Kakula)

“At the end of the second quarter, approximately 50% of on-site diesel consumption was consumed by the on-site back-up diesel-powered generators,” Ivanhoe Mines said in an 8th October update.

It also added that the generators are more reliable than grid power for maintaining pumping operations across the complex.

A huge dewatering operation at the mine site involving multiple submersible pumps from China’s Hefei Hengda Jianghai Pump Co. Ltd, required power from a separate, dedicated 20 MW generator, primarily to minimise disruption risk from the electrical grid.

With the on-site hybrid solar facility now complete, and dewatering activities now at an advanced stage, the reliance on the backup diesel generators is expected to decrease significantly.

The Kamoa-Kakula hybrid solar facility ramped up to full capacity on September 23.

“Compared with July, on-site generator diesel consumption fell by 40% in September,” Ivanhoe Mines reported.

“Diesel consumption is expected to fall further in the fourth quarter.”

Eight African nations to benefit from UK-backed energy projects. (Image source: HornDiplomat)

The UK government is supporting more than £2mn (approxim. US$2.7mn) in investment for 10 clean-energy projects across eight African countries, with the aim of reducing reliance on diesel generators used by hospitals, telecommunications networks, agricultural businesses and small enterprises

The projects, announced by the Zero Emission Generators initiative (ZE-Gen), will be implemented in Kenya, Uganda, Rwanda, Tanzania, Madagascar, Nigeria, Mozambique and Lesotho. The programme is supported by the UK government’s Ayrton Fund through the Transforming Energy Access platform and aims to help businesses advance renewable-energy technologies beyond pilot stages towards wider commercial deployment.

In Kenya, planned installations will combine solar power and battery storage to improve electricity supplies for hospitals, schools and businesses affected by unreliable grid connections. University of Oxford spin-out SHIELD will partner with a major Kenyan hospital to replace diesel-powered generation with a solar and battery system. The project will also assess financing approaches intended to lower costs and encourage additional investment.

In Uganda, British battery manufacturer AceOn will introduce battery-first energy systems, including sodium-ion technology, for telecommunications infrastructure, healthcare facilities and humanitarian operations.

Agriculture and food distribution are the focus of two Nigerian projects. Farm Warehouse plans to install 100 solar-powered cold-storage systems for vendors selling fish, meat and dairy products. KAMIM Technologies will establish four solar-powered agricultural hubs equipped with irrigation, cold storage, ice production and grain-processing facilities.

In Mozambique, renewable-powered fishing hubs will combine solar generation, battery storage and cold-chain technologies. Rwanda’s projects will explore the use of second-life electric vehicle batteries for stationary energy storage.

Additional initiatives will support rural enterprises in Uganda and Tanzania, community electrification in Madagascar and battery storage for mini-grids in Lesotho.

“These ZE-Gen supported projects show how clean energy can power the services and businesses people rely on every day – from hospitals and telecommunications networks to food systems and local enterprises,” ZE-Gen programme director Lily Beadle said.

“The next challenge is scaling the most successful approaches,” she added.

According to ZE-Gen, the projects will demonstrate how renewable-energy systems can deliver more reliable and affordable electricity while reducing dependence on fossil-fuel generators in locations where grid infrastructure is weak or electricity supplies are inconsistent.

Launched at the COP27 climate summit, ZE-Gen is led by the Carbon Trust and Innovate UK. The initiative aims to mobilise £100mn to accelerate the transition from fossil-fuel generators to renewable-energy alternatives.

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