The FirmOur BusinessesInvestment Case LeadershipNews & UpdatesContact Investor enquiries

Investment Case

The opportunity in Nigerian power

Nigeria has the demand, the policy and now the financing architecture for a generation of privately built power. This is the data behind that case, and where Nova sits within it.

The gap

A 240-million-person economy runs on the power of a single city

Nigeria’s constraint is not installed capacity, it is usable capacity. Nameplate generation sits near 13.5 GW, but plant availability runs at barely a third of that, leaving roughly 5 GW reaching homes and businesses. Delivering a dependable 15 GW means roughly tripling what actually reaches the meter.

The usable-power gap

Gigawatts · installed vs available vs target

Installed capacity13.5 GW
Actually available to the grid~4.9 GW
2026 target15 GW

Installed and available capacity per NERC operational data, 2026; 15 GW is the stated federal target. The orange bar is the binding constraint, what is actually available, not what is installed.

The shift

A grid that is three-quarters fossil, and a target that changes the mix

Today the renewable share of generation is about 25%, almost entirely legacy hydropower, with solar and wind under 0.1%. The national “30-30-30” target aims for 30 GW of capacity by 2030 with 30% renewable. Solar carries essentially all of that new growth.

Generation mix, today and the 2030 target

Share of the electricity mix

Todayrenewable 24.9%
Fossil 75.1% · Hydropower 24.9% · Solar & wind <0.1%
2030 outlookrenewable ~20%
Fossil ~80% · Hydropower ~13% · Solar & wind ~7%
Fossil (gas, oil)HydropowerSolar & wind

What the 30% means: the “30-30-30” goal targets 30% of renewable capacity by 2030 (~9 GW of 30 GW) — roughly 2.5 GW of existing hydro plus ~6.5 GW of new solar and wind. Because solar runs at a lower capacity factor, that is around 20% of generation, shown above. Either way, the entire increment is solar, and that is what Nova builds.

Today’s mix from Nigeria generation data (IRENA), 2023, the latest available. The 2030 outlook reflects the “30-30-30” goal of 30% renewable capacity (~9 GW), which independent modelling translates to roughly 20% of generation. The Renewable Energy Master Plan separately targets 36%. Solar carries the growth in every case.

The capital

Roughly $100 billion to transform the sector, and a renewable build measured in billions a year

The Minister of Power puts the sector’s need at over $100 billion: about $30 billion to add 20,000 MW of generation, $20 billion for transmission, and around $47 billion for distribution and gas. The longer Energy Transition Plan implies roughly $410 billion of incremental funding to 2060, about $10 billion a year. The renewable slice of that, modelled against the 30% target, looks like this.

Renewable build-out and investment

Scenario · cumulative new capacity and capital, 1 / 3 / 5 years

1 year · ~0.5–1 GW new~$0.6–1.0 bn
3 years · ~3 GW cumulative~$3–4 bn
5 years · ~6 GW (→ 9 GW total)~$8–10 bn

Illustrative scenario by Nova, anchored to the 30% renewable target (9 GW by 2030) and the ETP’s 5.3 GW-a-year solar ambition, at a ~$1.0–1.3m per MW benchmark for solar plus enabling capex. Not a forecast.

The economics

The switch already pays for itself

The case for renewables and embedded power in Nigeria does not rest on subsidy. It rests on displacing diesel, which businesses already buy at several times the cost of solar. This is the most important chart for an investor: the alternative is the incumbent, and it is expensive.

What a kilowatt-hour costs, by source

US$ per kWh, Nigeria, 2026

Diesel generator$0.44 /kWh
Petrol generator$0.30 /kWh
Grid (Band A)$0.15 /kWh
Grid (weighted average)$0.09 /kWh
Solar (utility / embedded)~$0.08 /kWh

Diesel, petrol and Band A figures from published Nigerian tariff and generation-cost data, 2026 (₦607, ₦421 and ₦209.50/kWh respectively). Solar is a utility / embedded benchmark. Diesel is the incumbent Nova displaces; solar is the alternative.

A proven, funded category

This is no longer a thesis, the capital is already flowing

African commercial-and-industrial and embedded power has become a fundable asset class with blue-chip backers and realised exits. Nova operates squarely within it.

Shell acquires Daystar Power

In 2022 Shell acquired Daystar Power, a Nigerian-founded C&I solar developer, its first power acquisition anywhere in Africa. A clean strategic exit for the category.

CrossBoundary Energy

A ~$700m awarded portfolio, ~560 MW plus 695 MWh of storage across 20-plus African countries, financed at platform level.

MIGA & the World Bank

A $495m portfolio-level guarantee covering currency-inconvertibility and transfer risk, the structural answer to the FX question investors ask first.

Standard Bank-led debt

Up to $300m of senior debt arranged for C&I renewables across Africa, alongside IFC, Norfund and EAAIF equity. Commercial and development capital, side by side.

Sources: company and DFI disclosures, 2022–2026. Illustrative of the category Nova operates in; not transactions involving Nova.

How it gets financed

A stack, not a single instrument

Bankable offtake

Embedded and captive PPAs with creditworthy commercial and industrial customers who currently run diesel. The cash flow that makes everything else financeable.

Local-currency credit enhancement

Local-currency naira guarantees lift project debt to investment grade and unlock domestic pension and insurance capital, removing the FX mismatch.

Blended and development finance

Concessional and first-loss capital from DFIs crowding in commercial money, plus portfolio-level political-risk cover.

Domestic infrastructure equity

Patient, sector-literate equity from local infrastructure funds, alongside results-based grants for off-grid and carbon-credit revenue on top.

What holds back scale

The barriers are real, and they are the moat

Every constraint below is also a reason the operators who solve it are hard to replicate.

Cost of capital and FX

High financing costs and naira risk deter capital, until pricing is structured to pass currency moves through, and political-risk cover is in place.

Weak transmission

A fragile grid cannot evacuate utility-scale renewables, which pushes the opportunity toward embedded and on-site generation, exactly where Nova builds.

Offtaker credit risk

The grid’s ~50% collection losses make grid-dependent projects hard to bank. Selling to named, creditworthy customers solves it.

Import costs and local-currency finance

Duties on modules and batteries, and scarce long-term naira debt, raise project costs, which credit enhancement and local manufacturing are beginning to ease.

Built for institutional capital

Structured for the diligence institutional capital requires

Investment at institutional scale runs through rigorous due diligence. Nova engages investors through a structured process built around the elements below.

A structured data room

Organised access under NDA across corporate, financial, commercial, technical, ESG and legal, ready for institutional review.

Independent technical review

Support for an Independent Engineer to validate asset condition, generation and the pipeline.

Legal, financial and tax diligence

Full access for legal, quality-of-earnings and tax review, supported by a vendor-side pack to move quickly.

Environmental and social standards

Diligence to the standards international investors apply, including the IFC Performance Standards and the Equator Principles.

An auditable financial model

A formula-driven project and consolidation model, built to withstand an independent model audit.

A clear structure and exit

Ring-fenced assets, local-currency credit enhancement and a clear use of proceeds, with an exit alongside the precedents above.

Let us walk you through the numbers