NCC’s Duct-Sharing Framework and Telecom Infrastructure Costs

BOLD LITE TERMINAL | TECH ECONOMY & INFRASTRUCTURE COMPLIANCE
Date of Release: October 14, 2026 | Desk Code: BLA-TEC-2026-N42

The Nigeria telecommunications infrastructure debate has a measurable regulatory and commercial dimension. On July 8, 2026, the Nigerian Communications Commission (NCC) reported further stakeholder consultations on a cost-based pricing framework for sharing underground ducts built under the Dig Once Policy. Separately, IHS Towers’ second-quarter results showed Nigerian segment revenue rising 14.5% year-on-year to $298.3 million, while Adjusted EBITDA fell 2.5% to $166.5 million.

These developments point to two distinct questions: whether shared fibre infrastructure can be priced transparently enough to encourage network expansion, and how tower operators manage power and maintenance costs while protecting profitability. The evidence does not establish a new NCC-mandated monthly tower-rent ceiling or prove that regulatory colocation fees caused the financial movements reported by IHS Towers.

The Core Macro-Tech Ledger

The following ledger consolidates the principal regulatory, company-level and monetary-policy indicators used in this report.

Telecom Infrastructure Data Note: This downloadable data register provides a robust operational framework for tracking core telecommunications utility overheads, capital expenditures, and margin performance. Built as an institutional flat-file tool, the model bridges localized regulatory frameworks (including the NCC Dig Once initiative) with granular enterprise cost items—such as power pass-through lag timelines and multi-million dollar energy exposure changes—to help portfolio managers evaluate capital efficiency within sub-Saharan network expansions.

Data integrity note: The workbook keeps regulatory licence fees distinct from monthly tower rent, and reported revenue growth distinct from organic performance. Recommended operating indicators are labelled as KPIs rather than presented as measured sector-wide statistics.

Analytical reading: The figures show that reported revenue growth did not translate into stronger Adjusted EBITDA or higher quarterly capital expenditure. They also identify power-generation expenditure as an important operating variable. They do not, by themselves, establish that an NCC-mandated monthly tower-rent increase caused the changes.

NCC’s Infrastructure-Sharing Framework

The NCC’s Dig Once initiative aims to coordinate the installation of telecommunications ducts during road construction and rehabilitation, reducing the need for repeated excavation when fibre networks are extended. Its July 8 update described work on a cost-based framework for sharing these underground ducts, with stakeholders reviewing interim findings and recommending changes before the study’s finalisation. The pricing issue is economically important. Infrastructure owners need a commercially sustainable return on the construction and maintenance of ducts, while access-seeking operators need predictable and equitable terms for deploying fibre. Excessive or discriminatory access charges could discourage investment; pricing that fails to recognise legitimate infrastructure costs could weaken incentives to build and maintain shared facilities.

The NCC’s published update described a framework under development, not a final nationwide pricing order. It must also be distinguished from tower colocation contracts, which cover different infrastructure and commercial arrangements. The Commission’s published licence schedule lists a ₦2 million fee for a 10-year colocation/infrastructure-sharing services licence; this is a licensing fee, not a monthly site-rental tariff. The regulatory priority is therefore transparent cost allocation, clear access conditions and predictable implementation. Any claim that the NCC has imposed a specific monthly tower lease ceiling requires a separate, identifiable directive.

What IHS Towers’ Latest Results Reveal

IHS Towers’ results for the quarter ended June 30, 2026, published on August 11, provide a company-level measure of Nigeria’s tower-infrastructure economics. Nigerian segment revenue increased 14.5% year-on-year to $298.3 million. However, organic revenue declined 1.1%, and the company said favourable foreign-exchange movements used to translate its Nigerian operations materially supported reported revenue growth. The distinction matters because reported dollar growth does not necessarily mean that underlying commercial activity expanded at the same pace.

Segment Adjusted EBITDA declined 2.5% to $166.5 million, leaving a reported margin of 55.8%. IHS attributed the decline primarily to higher operating costs. Nigerian power-generation costs increased by $35.3 million year-on-year, while tower repairs and maintenance costs rose by $2.7 million. Nigeria capital expenditure fell 10.3% to $19.2 million. The company attributed the reduction mainly to lower augmentation expenditure and the timing of maintenance spending. This movement should not be described as proof of a sector-wide investment contraction or as a consequence of an NCC rent adjustment: the disclosure does not establish either claim.

The financial evidence supports a more precise conclusion. Revenue, profitability and capital expenditure can move in different directions when currency translation, power expenses, maintenance requirements and project timing change. Those factors should be examined separately rather than combined into an unsupported national cost index.

Power Costs, Contracts and Network Investment

Power is a direct operating input for tower infrastructure. Where grid supply is inadequate, tower operators may rely on generators, batteries or hybrid systems, making fuel prices, equipment maintenance and energy management material to site economics.

Contract design affects how these costs are distributed. IHS reported that power pass-through and indexation mechanisms help mitigate movements in generation costs, but that the revenue impact can lag changes in power expenditure by approximately one quarter. This creates a timing mismatch between cost changes and contractual recovery. Tower leases, power-indexation clauses, foreign-exchange adjustments and fibre-duct access charges are not interchangeable. Each has a different cost basis, contractual mechanism and regulatory context. A credible assessment must identify which party bears each expense, how adjustments are calculated and when they affect reported financial results.

Network performance must also be measured independently. Higher power or lease costs do not automatically prove increased latency, dropped calls or outages. Those outcomes require network-quality data, incident records and service-availability measurements.

Corporate Infrastructure Risk Matrix

Telecommunications boards, infrastructure investors and enterprise technology teams should monitor four indicators.

Cost per active site or fibre route: Track lease payments, power expenditure, maintenance costs and access charges against active sites, route kilometres or another consistent operating unit. Separate tower expenses from underground-duct access costs.

Power expenditure and site availability: Measure energy costs, generator use, battery performance, grid availability and outage duration. Compare sites using different energy configurations before attributing savings to a particular technology.

Capital expenditure and deployment: Separate new sites, capacity upgrades, augmentation, maintenance and fibre expansion. Compare periods consistently and disclose the effects of currency movements, acquisitions, disposals and project timing.

Access pricing and network quality: Record duct-access quotations, contractual terms, deployment lead times and disputes alongside network availability, latency and service interruptions. This helps establish whether infrastructure access conditions affect deployment economics without assuming that cost changes automatically degrade service.

These indicators provide a practical basis for evaluating whether infrastructure spending supports network reliability and expansion. They also give management a defensible way to distinguish a temporary financial movement from a persistent deterioration in operating performance.

Bold Lite Strategic Outlook

The central policy issue is whether Nigeria can make shared digital infrastructure more accessible without undermining the commercial incentives required to build and maintain it. The NCC’s proposed cost-based duct-sharing framework is a relevant development, but its final pricing methodology and implementation arrangements must be assessed when published. IHS Towers’ latest Nigerian results independently demonstrate the importance of power costs, contractual recovery mechanisms, currency translation and maintenance expenditure in tower economics. They do not establish a nationwide rent increase or a sector-wide decline in investment. For regulators, infrastructure providers and network operators, the next step is to improve pricing transparency, clarify cost allocation and report measurable deployment and service outcomes. Corporate boards should evaluate investment against actual contract costs, operating performance and financing conditions rather than relying on unverified sector averages.

Primary Sources and Policy Registries

1. Nigerian Communications Commission — Dig Once duct-sharing pricing framework, July 8, 2026: https://ncc.gov.ng/media-centre/press-releases/ncc-advances-dig-once-policy-engages-stakeholders-cost-based-framework
2. Nigerian Communications Commission — Individual Licence Fees: https://ncc.gov.ng/individual-licence
3. Nigerian Communications Commission — Published Guidelines: https://ncc.gov.ng/guidelines
4. IHS Towers — Second-Quarter 2026 Financial Results, August 11, 2026: https://www.nasdaq.com/press-release/ihs-holding-limited-reports-second-quarter-2026-financial-results-2026-08-11
5. IHS Towers — Earnings Materials: https://www.ihstowers.com/investors/earnings-materials
6. Central Bank of Nigeria — Monetary Policy Decisions: https://www.cbn.gov.ng/MonetaryPolicy/decisions.html