Nigerian energy and climate-tech startup PowerLabs has secured an undisclosed amount in pre-seed funding to accelerate the deployment of its flagship AI-enabled energy orchestration platform, marking a significant step toward addressing persistent power reliability challenges across Nigeria’s commercial and industrial sectors.
The funding round, led by Breega with participation from Catalyst Fund, Mercy Corps Ventures, and Kaleo Ventures, will support the expansion of the company’s flagship solution, Pai Enterprise, across Nigeria while laying the groundwork for broader entry into key West African markets.
Positioned at the intersection of artificial intelligence and distributed energy systems, PowerLabs is staking on intelligent coordination of diverse power sources to redefine how businesses access electricity, delivering what it describes as “the lowest costs with zero downtime and emissions.”
What does PowerLabs do?
PowerLabs focuses on designing and deploying intelligent, personalised energy solutions that help businesses optimise how they access and use electricity.
The company builds applications, devices, and integrated systems that allow organisations to combine multiple energy sources, such as grid electricity, solar power, batteries, and generators, into a single, efficient ecosystem.
Rather than treating these energy sources as isolated systems, PowerLabs brings them together into a unified network that can be monitored and controlled in real time.
This approach is particularly relevant in Nigeria, where unreliable grid supply and the high cost of diesel generation have long forced businesses to rely on fragmented and often inefficient power setups.
By introducing intelligence into this mix, PowerLabs aims to eliminate inefficiencies while improving reliability and sustainability.
What to know about Pai Enterprise
Central to PowerLabs’ offering is Pai Enterprise, its flagship AI-enabled energy orchestration platform. The platform is designed to function as the “brain” of a business’s energy infrastructure, continuously monitoring and managing multiple power sources simultaneously.
According to the company, Pai Enterprise “senses, communicates, and actuates across multiple distributed energy sources in real time.”
This means the system not only gathers data from various energy inputs but also makes automated decisions about which source to use at any given moment.
By “continuously modelling supply, demand, and operational constraints,” the platform enables organisations to operate their own intelligent microgrids, self-sufficient energy systems that can function independently or alongside the national grid.
The result of this type is a shift in how businesses interact with energy. Instead of reacting to outages or fluctuating costs, companies can proactively manage their power consumption, ensuring optimal performance with minimal disruption.
What does “energy orchestration” mean?
“Energy orchestration” refers to the coordinated management of multiple, often decentralised energy sources to function as a single, efficient system. In many African markets, energy infrastructure is inherently fragmented, with businesses juggling various power options that rarely communicate with one another.
PowerLabs seeks to change this by introducing a layer of intelligence that unifies these systems.
As CEO and co-founder Tobe Arize explains, “Distributed energy resources are often seen as fragmented and chaotic, a clutter of devices that don’t speak the same language.” He adds, “At PowerLabs, we believe decentralisation doesn’t have to mean disorder.”
By orchestrating these resources, the company enables them to “operate as a unified source while leveraging its disaggregation to offer flexibility, cost efficiency, carbon neutrality and redundancy… more than a centralised energy system ever could.”
In essence, energy orchestration transforms a patchwork of independent systems into a coordinated network capable of delivering reliable, cost-effective power.
How does PowerLabs plan to use the money?
The newly secured funding will primarily be used to accelerate the rollout of Pai Enterprise across commercial and industrial enterprises in Nigeria. This includes scaling deployments, refining the platform’s capabilities, and strengthening both the software and hardware layers that underpin its operations.
Beyond Nigeria, PowerLabs is also positioning itself for regional expansion, with plans to enter key West African markets. This strategic move reflects both the scalability of its technology and the widespread nature of energy challenges across the region.
Investors backing the company see strong potential in its approach.
Tosin Faniro-Dada, partner at Breega, noted, “We backed PowerLabs at the pre-seed stage because we believe intelligent orchestration will be essential to solving Africa’s energy reliability challenge.”
She added that the team is building “the software and hardware layer that enables businesses to coordinate multiple distributed energy sources in real time.”
This expresses confidence in the company’s ability to demonstrate impact across critical sectors within the next 12 to 18 months.
Why this matters
PowerLabs’ model arrives at a time when energy reliability remains one of the most pressing constraints on business growth in Nigeria and across Africa. Frequent outages, rising fuel costs, and environmental concerns have made traditional energy solutions increasingly unsustainable.
By enabling businesses to intelligently coordinate multiple energy sources, PowerLabs offers a pathway to reduced operational costs, improved uptime, and lower carbon emissions. Its approach also aligns with broader global trends toward decentralised and renewable energy systems, where flexibility and resilience are prioritised over centralised control.
More importantly, the company’s solution reframes energy from a persistent operational challenge into a strategic asset. As the Pai Enterprise platform demonstrates, when energy systems are properly coordinated, they can deliver not just reliability but also efficiency and sustainability, key ingredients for long-term economic growth.
In this context, PowerLabs is not just building a product; it is contributing to a structural shift in how energy is generated, managed, and consumed across emerging markets.
Talking Points
PowerLabs’ proposition is compelling and timely, particularly in a market like Nigeria where unreliable grid infrastructure and soaring diesel costs create a clear demand for smarter energy management. The idea of “energy orchestration” is not new globally, but its localisation and application to African energy realities gives PowerLabs a strong strategic edge.
However, the company’s narrative leans heavily on ambition and technical promise without sufficient proof points, there is little visibility into actual deployments, performance metrics, or cost savings achieved so far, which are critical for validating such a complex, infrastructure-dependent solution.
Additionally, integrating diverse energy systems across commercial and industrial clients in Nigeria comes with significant operational, regulatory, and behavioural challenges that may slow adoption, especially among cost-sensitive businesses wary of upfront investment.
While backing from investors like Breega lends credibility, pre-seed funding also shows that the company is still at a very early stage, meaning execution risk remains high.
Ultimately, PowerLabs sits at the intersection of a real problem and a sophisticated solution, but its long-term success will depend less on vision and more on its ability to demonstrate reliability, scalability, and clear economic value in a market that prioritises immediate, tangible returns over technological optimism.
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