Use less diesel.
Keep every shift running.

GreenPower designs and integrates commercial solar PV, battery energy storage, hybrid power control, critical-load backup and energy monitoring for Nigerian businesses and institutions. We engineer each solution around your measured demand, operating hours, grid availability and existing power equipment—not a one-size-fits-all package.

A hybrid system coordinates solar panels, batteries, the utility grid and generators through compatible inverters and controls. Solar can serve daytime loads and charge batteries; stored energy can cover outages or reduce expensive generator use; the grid and generator remain available according to the agreed operating strategy. The control logic is designed to balance reliability, fuel reduction and battery life.

Yes. We assess your generators, distribution panels, changeover equipment, protection systems and controls, then design an integration architecture that safely coordinates serviceable assets with the new solar and storage system. Where existing equipment is unsuitable, the engineering proposal identifies the required upgrades.

Sizing begins with electricity bills, generator records and operating schedules, followed by a site audit and load assessment. Our engineers evaluate peak demand, daily energy use, critical loads, outage duration, power quality, roof or ground space and expected business growth. The recommended solar, inverter and battery capacities are then matched to your reliability and financial objectives.

They can be designed to support the whole facility or selected critical loads. Separating essential equipment—such as production controls, refrigeration, medical loads, lighting, IT or security—from non-critical loads often extends backup time and improves project economics. The final arrangement follows your operating priorities and measured demand.

Backup duration depends on usable battery capacity, the connected load, state of charge, operating limits and system efficiency. For example, adding heavy cooling or process equipment will shorten runtime compared with supporting only critical circuits. GreenPower calculates an expected duration for defined loads during engineering rather than relying on a generic runtime claim.

They can substantially reduce generator runtime when a facility has suitable daytime demand and enough storage. Complete diesel elimination depends on load behaviour, required backup hours, available installation space and the desired resilience strategy. Some organisations retain a generator as a final contingency while operating it far less frequently.

We work with equipment technologies from Deye, Megarevo, Huawei, Sungrow, JA Solar and JinkoSolar. A brand is not selected by name alone: we consider project scale, technical compatibility, environmental conditions, serviceability, availability and the approved design specification. This gives each facility a coherent system instead of a collection of mismatched components.

Savings depend on current grid tariffs, diesel consumption and cost, daytime energy use, generator efficiency, system size and financing. GreenPower develops a project-specific energy baseline and compares design scenarios so decision-makers can see estimated fuel reduction, operating savings and financial performance. The website calculator is an initial planning tool, not a quotation or guaranteed return.

Commercial structures may include outright purchase and, for suitable projects, financed or service-based options. Availability, pricing and terms depend on project economics, credit assessment, site conditions and partner approval. Our team can discuss the structure that best matches your capital plan and energy-cost objectives.

Depending on the selected equipment and service scope, monitoring can show solar production, battery state of charge, site demand, alarms and generator interaction. Preventive maintenance helps protect performance through inspections, cleaning, electrical checks, firmware review and issue response. The exact monitoring access, maintenance schedule, warranties and support commitments are defined in the proposal or service agreement.

The process typically covers an initial consultation, energy-data review, site audit, engineering and commercial proposal, approvals, procurement, installation, testing, commissioning and operator handover. Delivery time depends on system size, site readiness, approvals and equipment lead times. GreenPower confirms the project programme and responsibilities before execution begins.