By Opeyemi Olaniyan
The safety of electrical infrastructure is non-negotiable, particularly in a time when industrialisation and urbanisation in West Africa require reliable and efficient power provision, Indeed, as systems expand in scale and complexity, one critical risk demand greater attention: electrical fires.
Fire safety should move beyond a mere compliance and become the very foundation on which electrical designs are built on. One cannot afford to get it wrong, the loss can be catastrophic, not only in terms of asset loss and operational disruption, but also reputational damage, rising insurance premiums, and, most critically, the risk to human life.
Lagos in Nigeria is home to Africa’s fastest-growing skyline which also puts its urban centres at fire risk. Unfortunately, the Lagos State Fire and Rescue Service records hundreds of outbreaks annually, many in commercial or multi-story buildings.
It is therefore clear; West Africa’s infrastructure must not only be meet today’s demands but offer resilience against the risks for tomorrow.
Transforming electrical frameworks
A key part of the answer lies in rethinking electrical architecture; traditional approaches to fire protection, focused on isolated components or reactive measures, are no longer sufficient.
Instead, organisations should implement integrated, intelligent systems that embed fire mitigation directly into the design of both low voltage (LV) and medium voltage (MV) distribution networks.
Today’s modern electrical system must offer:
Integrated protection systems that combine enclosures, devices, and monitoring.
Real-time tracking of temperature and humidity in critical components.
Early fault detection which prevents escalation into fire risks.
Proactive prevention which ultimately reduces downtime and economic losses.
The key is to integrate synchronising protection mechanisms across the distribution network, from MV voltage down to final distribution, creating a more responsive, safter and resilient system.
Technology alone is not enough
One of the most important, but sadly, overlooked factors in improving fire safety outcomes is capability. As electrical systems become more sophisticated, the need for skilled professionals who understand how to design, install, and maintain them becomes more urgent.
This extends beyond internal engineering teams to include contractors, integrators, and channel partners who play a critical role on the ground.
Here, it is important to build an ecosystem of expertise which, in turn. requires deliberate investment in training and knowledge transfer. When partners are equipped with product knowledge as well as a deeper understanding of how integrated systems mitigate risk, the quality consistency of implementation improves significantly.
At Schneider Electric, we place strong emphasis on upskilling both internal teams and channel partners, ensuring that all our stakeholders understand not only individual products, but also how different components work together to enhance fire
safety.
Our channel partners are an extension of our operations, which is why it is so important that they share our vision and have the knowledge required to deliver it effectively to customers.
Regular training programmes focus on product knowledge, system integration, and fire safety best practices. In addition, new initiatives, such as targeted programmes to advance understanding of digital and electrical architectures, are helping to deepen expertise across partner networks.
Increased awareness
Fortunately, there are signs that fire safety awareness is growing. Recent fire incidents across commercial and industrial facilities in West Africa, including 2024 Afriland Tower blaze in Lagos, which led to loss of seven lives, placed the spotlight on the urgent need for proactive electrical system design and monitoring.
These events are therefore driving greater awareness and, in turn, stronger adoption of preventive solutions. As organisations prioritise resilience and continuity, investment in fire mitigation technologies and smarter electrical architectures is expected to accelerate.
In the end, West Africa cannot afford to treat fire safety as an afterthought, prevention strategies and technologies must form the cornerstone on which our fast-paced industrial development is built.
Olaniyan is Offer Manager, Power Products at Schneider Electric West
Africa
