EBRD loan to boost electrical distribution in Benin (Image source: Adobe Stock)

The European Bank for Reconstruction and Development (EBRD) has made its first investment in sub-Saharan Africa with a pledge to boost Benin’s electricity sector

The bank will provide a €30mn sovereign loan to Société Béninoise d’Énergie Électrique (SBEE), the national power distribution utility.

It forms part of part of a €173mn programme, with planned co-financing by the Agence Française de Développement (AFC) and the European Investment Bank (EIB), that also benefits from a grant under the EU’s Africa Investment Platform.

It will support Benin’s efforts to expand reliable electricity access to underserved communities in the Mono, Couffo and Borgou regions, strengthening the national grid and connecting 600,000 people.

In a statement, EBRD said the loan to SBEE “marks a significant step in strengthening Benin’s national grid, modernising its distribution infrastructure and improving the daily lives of rural communities and vulnerable households, particularly women.”

This rural electrification project is expected to enhance energy reliability and connect to the grid 120,000 new households, across 750 rural villages and towns.

The project involves extending, modernising and increasing the density of the medium- and low-voltage distribution network across the various regions, paired with modern grid enhancements such as improved fault-detection systems and stronger cybersecurity capabilities for SBEE.

“I am delighted to sign our first financing in sub-Saharan Africa only a few months after Benin became a recipient country,” said Dasha Dougans, EBRD’s head of Benin.

“This transformative investment will help expand access to reliable electricity for thousands of families. It will also strengthen the resilience and sustainability of Benin’s energy infrastructure, which is fundamental to accelerating rural development and unlocking economic potential.”

Benin became an EBRD shareholder in 2024 and a country of operation in July 2025.

The bank added that it plans to invest in “sustainable critical infrastructure” in the West African country “that underpins private-sector development” and supports the modernisation and efficiency of enterprises and strengthening of the economic governance of institutions.

Read more:

Infinity Power gets renewables cash boost

Spiro accelerates electric mobility

China's solar panel sales to Africa soar

Nigeria’s long-stalled Lagos–Calabar Coastal Highway could gain new momentum through an unconventional financing model that turns roadside infrastructure into a major source of income

A proposal led by British greentech company Conflow Power Group, in partnership with Nigerian infrastructure firm Mora Energy, is being discussed with the Nigerian Government to address the project’s persistent funding challenges. The plan centres on the deployment of thousands of iLamps, solar-powered smart streetlights that also function as nodes in a distributed, AI-driven data centre network.

The iLamps operate entirely off-grid, requiring no external electricity supply. Each unit is equipped with Nvidia AI processors, allowing it to provide computing power that can be rented by global AI companies, including OpenAI, creating a continuous revenue stream alongside its public infrastructure role.

Through a collaboration with UK-based AI Factories Limited, every iLamp would serve as part of a decentralised AI computing network. Each unit is expected to generate up to US$4,500 per year in fees paid by AI service providers

If rolled out along the full 700km highway, the proposed installation of around 28,000 iLamps could generate approximately US$1.26bn annually, potentially covering a significant portion of the highway’s construction and long-term financing needs.

Stanley Chuka-Umeora, founder of Mora Energy, said, “Our government contacts immediately understood the significance of what Conflow was proposing. For 50 years, Nigeria has struggled with this project because we were applying 20th-century solutions to 21st-century problems. iLamp represents genuinely innovative thinking. It is not just infrastructure, it is revenue-generating technology that brings AI capabilities to Nigeria for the first time.

“Government officials were particularly impressed that iLamp solves multiple problems simultaneously. It's not just about financing, it's about security, communications infrastructure, and bringing cutting-edge technology to Nigerian communities.”

Zainu Goba, CEO of iLamp Africa, highlighted the commercial appeal of the model.

“The financial mathematics are compelling. iLamp doesn't just provide lighting and security, it creates a new revenue stream that could contribute more than a billion dollars towards project costs annually. Combined with zero operational costs through solar power, this improves the project's attractiveness to private investors and has the potential to positively transform the lives of millions of Nigerians,” he said.

Under the proposal, revenue generation would begin as soon as completed sections of the highway become operational, reducing dependence on toll revenues and public funding. Beyond lighting, the smart streetlights would deliver a range of services, including surveillance, vehicle recognition, emergency response systems, public connectivity and environmental monitoring, all powered entirely by solar energy.

The initiative would also create one of Africa’s largest distributed AI computing networks, allowing data processing to take place locally rather than abroad. This could support Nigeria’s expanding technology ecosystem and strengthen its position as a regional hub for AI infrastructure.

Discussions between iLamp Africa, Mora Energy, the Nigerian Government and other project stakeholders are ongoing, with the aim of formally integrating the technology into the Lagos–Calabar Coastal Highway.

Originally conceived in the 1970s, the 700km highway is intended to link nine coastal states and stimulate trade, tourism and economic development across southern Nigeria. Despite its strategic importance, the project has faced repeated delays due to funding gaps, political transitions and economic pressures.

Although construction resumed in 2024, only about US$747mn has been secured so far, representing less than 6% of the estimated US$11–12.5 billion total cost. The remaining shortfall of more than US$10bn continues to raise concerns that progress could once again be stalled without innovative financing solutions.

Three phase hybrid inverter for residential solar. (Image source: Hinen)

Hinen has unveiled the H15000T, a 15kW three-phase low-voltage hybrid inverter designed as a next-generation energy solution for Europe and Africa’s three-phase residential and light commercial markets

Developed to meet rising demand for integrated solar, storage and dependable backup power, the H15000T targets large homes and small commercial sites in regions where three-phase systems are common.

In Europe, the inverter aligns well with markets such as Poland, where escalating electricity prices and the push for energy independence are accelerating uptake of high-capacity hybrid solutions. Across Africa, it is positioned for high-end residential customers and small enterprises that require reliable power in areas affected by frequent grid interruptions and heavy dependence on diesel generators.

With electricity tariffs fluctuating and grid reliability under increasing pressure, users in both regions are seeking systems that provide higher output, greater adaptability and stronger backup performance. The H15000T responds with a durable, future-ready architecture built to deliver consistent performance under real-world conditions.

Engineered for practical three-phase applications, the H15000T supports 100% three-phase unbalanced output, enabling each phase to supply up to 50% of rated power independently. This capability ensures stable operation even when loads are unevenly distributed, a typical scenario in large residences, farms, workshops and small commercial facilities.

The inverter incorporates three independent MPPTs and allows 150% PV oversizing, supporting up to 22.5kW of solar input. This configuration maximises energy yield from complex rooftop installations. A low PV startup voltage of 120V allows earlier daily generation, helping users harvest more solar energy and enhance overall system returns.

For backup-intensive applications, the H15000T offers 100–110% continuous overload capacity and can handle close to 200% overload for up to 10 seconds, ensuring critical loads remain operational during sudden demand spikes. A 45A high-capacity bypass current enables peak output of up to 30kW, supporting power-hungry appliances, machinery and commercial equipment. With a backup switching time of no more than 10ms, the system provides seamless transitions during grid outages, protecting sensitive devices and maintaining uninterrupted operations.

The H15000T also delivers rapid charging and intelligent energy control, featuring a 290A ultra-fast battery charge and discharge capability for quicker energy storage and enhanced load support. It is compatible with multiple energy sources, including solar PV, the grid and diesel generators, offering resilience across varied energy environments.

Smart load management is enabled through a dedicated secondary output, allowing users to prioritise essential circuits, while dry contacts support automatic diesel generator start and stop. Multiple operating modes can be configured via a mobile app, giving users the flexibility to tailor energy strategies and optimise efficiency according to their specific needs.