How We Built a Solar-Powered LPG Plant in Rural Nigeria With Zero External Funding

We didn't take grant money. We didn't take VC. We didn't take a loan from a friend. Fahman Oil & Gas Ltd built its solar-powered, NMDPRA-licensed LPG plant in Kwara State the slow way — out of operating cash flow, in stages, with mistakes the spreadsheet didn't predict. This is what that actually looked like, and what we'd tell anyone else thinking about doing the same.

Why we chose the slow path

Nigeria's clean-cooking transition is being held back by capital, not by demand. Roughly 90 million Nigerians still cook with firewood or charcoal, the World Bank's Multi-Tier Framework data estimates. The market is there. What isn't there, for most would-be rural operators, is patient money — and most of the patient money that does exist comes with strings: governance covenants, equity dilution, board seats, reporting overhead that consumes the very margin a rural plant needs to survive its first eighteen months.

We made a different bet. We assumed we'd be slower than a funded competitor — and we are. But we kept all of our equity, all of our operational decisions, and the freedom to course-correct on Tuesday when something we tried on Monday didn't work.

What we built

Our LPG plant is in Ilesha Baruba, in Baruten LGA of Kwara State — fully NMDPRA-licensed and SON-certified, with 10 metric tonnes (MT) of LPG storage and dispensing capacity. Our head office sits in Ilorin, the Kwara state capital, where administration, dispatch coordination and customer service operate. The plant runs refill operations six days a week, serving rural households whose nearest alternative supply has historically been a long taxi ride or a far more expensive mobile vendor.

The plant isn't large by urban standards. A typical Lagos-area depot might hold 50–200 MT. We sized down for two reasons: rural demand is patchy and lumpy, and the capital cost of every additional tonne of storage compounds across compression, safety, insurance and footprint. A 10 MT facility was the smallest fully-licensed footprint we could operate and still meet last-mile turnover.

Why solar — and what it actually pays for

Diesel in Kwara hovers around ₦1,200 per litre in mid-2026, up from roughly ₦700 just two years ago. A plant our size runs compressors, dispensing pumps and security lighting that consume between 25 and 40 litres of diesel per day on generator backup. That's ₦30,000–₦48,000 a day, or roughly ₦11–17 million a year — a meaningful chunk of margin disappearing into a fuel tank.

Solar PV with a modest battery bank handles most of that load now. The system isn't large — we deliberately oversized inverter capacity and undersized panels, then expanded panel area in two later additions as cash flow allowed. The discipline of installing in stages forced us to learn how each load actually behaved, and it kept the initial outlay inside what twelve months of LPG margin could pay back.

The other thing solar buys us: silence. Diesel generators are loud in a way that wears on staff and unsettles customers — and the noise itself is a signal of waste. A solar-powered LPG plant in a rural Nigerian town communicates something specific to the community we serve.

The economics, in real numbers

Without breaking out our actual books, the structure that worked for us was this:

• Plant capex (10 MT, fully licensed, solar-powered): mid-eight-figures Naira. Most of it went to the tank, compression equipment, safety systems, and licensing.
• Operational breakeven: roughly 18–22 months from first refill.
• Margin per kilogram: thin. We make our money on volume and reliability, not on price.
• What kills you on the spreadsheet: rural demand variability. We over-provisioned working capital for the second and third months, when traction is slowest. If you build to month-six demand on day one, you'll run out of cash in month three.

What we got right

Picking a site by water and road first. A licensed plant needs reliable water for safety systems and a road grader can reach with a 30-tonne tanker. Two villages we initially scoped looked perfect on paper but failed on either count. We walked away. Both have since been served by mobile vendors at twice the price — which tells us our discipline was right, even if it cost us six months.

Hiring slowly. We started with three people and a network of part-time dispatch riders. We didn't hire a permanent operations manager until month nine, by which point we knew what the role actually needed to do. Hiring against an org chart you wrote in a deck is one of the most expensive mistakes a bootstrapped operator can make.

Documenting everything. Every NMDPRA inspection, every SON audit, every customer complaint logged with date and resolution. When you can't pay for legal cover or PR, documentation is your insurance policy.

What we got wrong

We underestimated the cylinder ecosystem. We assumed customers would arrive with their own cylinders. Many couldn't afford new ones, and the refurbishment market was less robust than we'd expected. We had to start subsidising starter cylinders in month four — a cost we hadn't modelled.

We oversized our first generator backup. Solar took longer to break even than diesel-replacement maths suggested, because we'd specified a diesel set big enough to run the whole plant in case solar failed completely. We didn't need that much redundancy. The next plant gets a smaller backup and a bigger solar array.

We waited too long to write things down publicly. This blog is the start of that correction. Investors, regulators, partners — they all want to know what we're doing before they meet us. A plant in operation is verifiable. A plant in operation that explains itself is fundable.

What's next

A second solar-powered LPG plant in 2027, larger this time (estimated 20–25 MT) and sited deeper in our rural catchment. A pilot solar electricity rollout in 2028, taking the operational expertise we built powering our own plant and extending it to the communities we already serve cooking gas to. We are deliberately sequencing — LPG profits funding the electricity project, not the other way around.

We're also opening the door to aligned capital for the first time. Not because we couldn't keep bootstrapping — we can — but because the rate at which rural Nigerian families are switching off firewood is accelerating, and our growth curve should match the curve of the problem.

One lesson for other operators

The clean-cooking transition in Nigeria is going to be built by hundreds of small operators, not by ten big ones. If you're thinking about starting: site selection matters more than financing, documentation matters more than branding, and silence — in your generator, in your hiring, in your story — is something you have to consciously break.

About FahmanEnergy — Fahman Oil & Gas Ltd is a Nigerian-owned LPG distribution and rural energy company, NMDPRA-licensed, SON-certified, with its plant in Ilesha Baruba and head office in Ilorin, Kwara State. Solar electricity rollout begins 2028. Get in touch.