Solutions
Clean Energy. Engineered Around Your Operation.
Helios Oro develops energy solutions based on how your facility actually consumes power — combining renewable generation, storage, efficiency and existing infrastructure where appropriate.
Solar energy
Turn Nigeria's abundant sunlight into useful power.
Solar photovoltaic systems convert sunlight into electricity without the direct fuel consumption associated with conventional thermal generation.
Solar PV Design
System sizing based on actual electricity demand.
Rooftop Solar
Make productive use of available roof space.
Ground-Mounted Solar
For facilities with suitable land availability.
Commercial & Industrial
Larger systems designed around operating patterns.
Off-Grid Solar
Where grid access is unavailable or inadequate.
Battery energy storage
Store power. Use it when it matters.
Solar generation and battery storage work together to create a more flexible energy system — storing excess generation, providing backup, reducing peak demand and supporting critical loads.
Load analysis
Understand what must stay powered, and when.
Battery sizing
Capacity matched to critical loads and duty cycle.
System integration
Storage combined with solar, grid or generation.
Monitoring
Visibility of state of charge and system health.
Maintenance
Lifecycle support to protect performance.
Hybrid energy
More than solar. A complete energy architecture.
For many Nigerian businesses the most practical solution combines several sources: solar, battery, grid and an existing generator — rather than replacing all infrastructure immediately.
Solar
Daytime generation that offsets fuel and grid consumption.
Battery
Flexibility, backup and smoother load profiles.
Grid
Used where it is available and economic.
Existing generation
Retained for the role it performs best.
Controls
Each component does the job it is suited for.
Energy efficiency
Use energy better before you generate more.
A facility that wastes energy will continue to waste energy after solar panels are installed. Our efficiency work examines lighting, cooling, motors, pumps, HVAC, compressed air, production equipment, energy management, power-factor issues and operating schedules.
Efficient lighting
Lower consumption with better light quality.
Variable-speed drives
Match motor output to actual demand.
Compressed air
Leak reduction and pressure optimisation.
Energy management
Measure, then manage what is measured.
Operating schedules
Stop paying for energy nobody uses.
Mini-grids & distributed energy
Bringing reliable power closer to where it is needed.
Nigeria's regulatory framework specifically recognises distributed generation and mini-grids, with defined categories and requirements for isolated and interconnected systems.
Solar Mini-Grids
For communities, institutions and customer clusters.
Captive Power
Generation designed around a specific facility.
Interconnected Systems
Renewables integrated with existing infrastructure.
Productive use
Energy that supports income-generating activity.
Operations
Designed for long-term, serviceable performance.
Energy advisory
Start with the numbers.
Before recommending a system we believe you should understand your energy situation — consumption, peak demand, power sources, operating hours, costs, critical loads, solar potential, storage requirements and efficiency opportunities.
Energy assessment
A clear picture of how power is used today.
Technical review
Site, roof, land and electrical constraints.
Commercial view
Where clean energy creates measurable value.
System options
Alternatives compared on merit, not preference.
Project planning
A practical path from decision to deployment.
Not sure which system fits?
Start with an assessment. We will look at your loads, site and objectives before recommending anything.