Every project goes through the same steps and checks. A site only moves forward when the evidence says it should.
A mini-grid only works when the community, the technology, the billing and the money all fit together.
We record what households and businesses spend on fuel, phone charging and generator repairs. We also map the businesses that could use daytime power, like mills, cold rooms, welders and water pumps.
Solar panels and heat-tolerant lithium (LiFePO4) batteries supply most of the power. A small automatic backup generator covers the cloudiest rainy-season days, which keeps the system affordable.
Customers buy units in advance by transfer, USSD or a local agent, and pay only for what they use. Tokens can still be loaded when the mobile network is down.
We design projects to qualify for results-based grants, long-term naira loans and equity. We plan to build a pipeline of sites, which is easier for investors to fund than one site at a time.
If a site fails a check, it stops there, before more money is spent.
Maps and data: distance from the grid, how close homes are, road access and security.
Meet community leaders, record real energy spending and find daytime business users.
Agree land with families, traditional leaders and local government, then size the system to real demand.
Apply for regulatory approval, build the tariff model and test it against lower demand and a weaker naira.
Combine grants, loans and equity, build to standard and pass the NEMSA safety inspection.
Prepaid metering, remote monitoring and local maintenance keep the power on.

Heat, Harmattan dust, heavy motors and patchy mobile signal all shape how a mini-grid should be built.
Traditional leaders, families and local governments who want reliable power and can help us understand local needs.
Mills, cold rooms, workshops, clinics and other daytime users that could save money switching from generators.
Grant programmes, development finance institutions, impact investors and equipment suppliers.