Data centre development in Lagos: power, permits and land requirements

Grid capacity and grid connection timelines

Developing a commercial or hyperscale data centre in Lagos requires direct, high-capacity utility connections that the national grid frequently struggles to supply continuously. Grid capacity in Lagos is managed across two distribution networks: Eko Electricity Distribution Company (EKEDC), covering Lagos Island, Lekki, Victoria Island, and Eko Atlantic City, and Ikeja Electric (IE), covering mainland industrial corridors such as Ikeja, Ikeja Industrial Estate, and Alausa.

Connecting a facility requiring 5MW to 24MW or more to the grid involves applying for a dedicated high-voltage feeder (33kV or 132kV). The timeline for securing an off-take agreement, receiving technical grid connection approval from the Transmission Company of Nigeria (TCN) or the relevant distribution company, and completing physical infrastructure work ranges from 12 to 24 months. Because national grid downtime remains a persistent operational vulnerability, developers build custom captive power plants or rely on dedicated gas-to-power independent power producers (IPPs) alongside heavy diesel backup generators.

Industrial power tariffs and off-grid generation

Grid power for large industrial users in Lagos is categorized under "Band A" service feeders, which guarantee a minimum of 20 hours of supply per day. Following tariff adjustments approved by the Nigerian Electricity Regulatory Commission (NERC), the industrial tariff for Band A customers served by EKEDC and Ikeja Electric stands at approximately ₦206 per kilowatt-hour (kWh) in 2026.

Because complete grid reliability is absent, data centre operators cannot rely solely on the distribution network. Facilities in Lagos routinely construct captive power plants. Operators using natural gas generation execute long-term Gas Purchase Agreements (GPAs) with domestic suppliers such as Shell Nigeria Gas or Gaslink Nigeria Limited. Captive power generation requires regulatory authorization: under current energy sector framework, off-grid generation exceeding 1 megawatt (MW) requires a Captive Power Generation Permit issued by NERC.

Subsea cables and fibre optic infrastructure

Lagos serves as the primary subsea cable landing hub for West Africa. Subsea systems landing along the Lagos coastline include Equiano (Google), 2Africa (Meta-led consortium), SAT-3/WASC, MainOne, Glo-1, ACE (African Coast to Europe), and WACS (West Africa Cable System). These landings are concentrated on the Lekki Peninsula, Victoria Island, and the beach landing stations at Victoria Island and Oniru.

Data centre operators rely on terrestrial dark fibre routes to connect subsea landing stations to major commercial nodes and inland facilities. Metropolitan fibre layout in Lagos is executed by infrastructure companies such as MainOne (an Equinix company), Phase3 Telecom, Liquid Intelligent Technologies, and IHS Towers. Physical deployment of terrestrial dark fibre requires Right of Way (RoW) permits granted by the Lagos State Infrastructure Maintenance and Regulatory Agency (LASIMRA).

Licensing, permits, and environmental approvals

Building a data centre in Lagos involves regulatory compliance across federal and state bodies. The development process requires the following specific authorizations:

• Land Title and Governor's Consent: Land acquisitions in Lagos State require perfection of title. Under the Land Use Act 1978, all land is held under state custody. A statutory Right of Occupancy yields a Certificate of Occupancy (C of O) for 99 years. Secondary transfers (Deeds of Assignment) require formal Governor's Consent via the Lagos State Lands Bureau at Alausa, Ikeja.
• Planning and Construction Permits: Physical construction requires a Planning Permit from the Lagos State Physical Planning Permit Authority (LASPPPA) and structural layout approvals from the Lagos State Building Control Agency (LASBCA).
• Environmental Impact Assessment (EIA): Because data centres install large industrial cooling systems and high-volume fuel storage, developers must secure an EIA Certificate from the Federal Ministry of Environment (FMEnv). At the state level, operators must obtain operational environmental permits from the Lagos State Environmental Protection Agency (LASEPA).
• Power Permits: Generating off-grid power over 1MW requires a Captive Power Generation Permit from NERC. Storing bulk diesel on site requires authorization from the Nigerian Midstream and Downstream Petroleum Regulatory Authority (NMDPRA).
• Data Protection and Localisation Regulations: Operating facilities that process local payment or financial data must comply with the Nigeria Data Protection Act 2023, overseen by the Nigeria Data Protection Commission (NDPC). In addition, Central Bank of Nigeria (CBN) directives mandate that all domestic payment transaction data be stored locally within Nigeria by 1 January 2027.

Market operators and active development pipeline

Lagos hosts the vast majority of Nigeria's operational data centres and active construction pipeline. Key operating companies and developing projects include:

• MainOne (An Equinix Company): Operates the MDXi data centre campus in Lekki, Lagos.
• Open Access Data Centres (OADC): Operates a hyperscale-ready facility in Lekki, expanded up to 24MW capacity.
• Africa Data Centres (ADC): Operates the LOS1 facility in Eko Atlantic City, with a planned 10MW capacity.
• Rack Centre: Operates a carrier-neutral facility in Ikeja, expanding capacity to 12MW+.
• Airtel Nxtra: Constructing a 34MW hyperscale data centre facility in Victoria Island/Lekki.
• Kasi Cloud: Constructing an AI-ready hyperscale campus in Lekki designed for up to 100MW.
• Medallion Data Centres (Digital Realty): Operates key interconnection facilities in Victoria Island, Lagos.

Practical constraints

Developers must factor in site-specific cooling requirements due to high ambient temperatures and humidity in Lagos. Conventional water cooling demands substantial volume, raising operational scrutiny from environmental regulators due to local groundwater constraints. Data centre developers typically utilize closed-loop, chilled-water, or air-cooled thermal management systems to manage water consumption.