Solar, wind, gas, storage, and grid engineering — delivered as a single integrated solution or as standalone services, all to international standards.
From rooftops to reservoirs — every type of solar photovoltaic system for residential, commercial, industrial, and utility-scale clients across Nigeria and West Africa.
Utility-scale ground-mounted photovoltaic farms from 1MW to 100MW+. Full EPC delivery including site assessment, layout optimisation, grid connection, and long-term O&M.
Floating solar PV arrays on reservoirs, dams, ponds, and water treatment facilities. Reduces water evaporation by up to 70% and delivers higher yield than land-based PV.
Solar directly connected to the national grid — excess power exported for credit. Ideal for commercial and industrial clients wanting to slash electricity bills and earn from surplus generation.
Fully independent solar + battery systems with no grid connection needed. Ideal for rural communities, remote sites, telecom towers, and locations where grid power is unavailable or unreliable.
Solar PV + battery storage + grid, managed by an intelligent controller that automatically sources the lowest-cost, most reliable power. Peak shaving, load shifting, and generator integration included.
Community-scale solar mini-grids delivering metered pay-as-you-go power to underserved Nigerian villages and towns. REA and World Bank framework compliant.
One of very few companies in West Africa with proven capability in both ground-mounted PV farms and floating solar (floatovoltaic) installations.
Ground-mounted solar arrays on open land, brownfields, and agri-solar dual-use sites, maximising energy yield per hectare through precision layout modelling and irradiance analysis.
Floating solar installations on inland water bodies — reservoirs, dams, fish ponds, and water treatment facilities — generating clean energy while conserving precious water resources.
The full range of small and medium wind turbines — from innovative motionless aerodynamic units and vertical-axis turbines to proven horizontal-axis machines and traditional windmills.
The proven three-blade horizontal-axis turbine — the most widely deployed small wind technology globally. Ideal for farms, rural estates, schools, and small businesses. Available from 1kW to 15kW in grid-tied and off-grid configurations.
Vertical-axis wind turbines capture wind from any direction — ideal for urban rooftops and turbulent environments. Available in shroud-accelerated and helical-blade designs with low noise and compact footprint.
A new generation of aerodynamic wind energy units with no visible external moving parts — using opposing airfoil pairs to draw air through an internal generator, producing clean electricity silently with zero vibration and zero wildlife impact.
Multi-blade mechanical windmills for water pumping, irrigation, livestock watering, and grain milling. Fuel-free and requiring minimal maintenance — one of the most cost-effective solutions for rural communities across Nigeria's savanna regions.
Advanced aerodynamic units with no visible external moving parts. Two opposing airfoil surfaces channel building airflow to generate silent, vibration-free electricity on commercial and industrial rooftops.
Rooftop-ready VAWT using a fixed aerodynamic shroud to concentrate and accelerate incoming wind from any direction. Whisper-quiet in operation with no significant structural modification required.
Compact vertical-axis turbine with helical blade geometry for smooth, self-starting rotation at very low wind speeds. Reduces vibration — suitable for residential and commercial rooftops.
Three-blade horizontal-axis wind turbines for rural homes, farms, schools, and small businesses. High reliability with minimal moving parts — available in grid-tied and battery-charging configurations.
Combined wind turbine and solar PV systems with shared battery storage and intelligent hybrid controllers delivering 24/7 clean power — ideal for remote sites, estates, and off-grid communities.
Wind-powered solutions for telecom BTS towers, signal repeater sites, and remote monitoring facilities. Off-grid wind and wind-solar hybrid systems that dramatically reduce operational cost and carbon footprint.
Complete LNG and CNG gas infrastructure — from virtual pipeline distribution and CNG mother stations to city gas networks and full pipeline EPC.
Every gas pipeline project follows a rigorous eight-phase engineering and delivery process.
Route study, feasibility assessment, and outline engineering scope definition.
P&ID development, stress analysis, hydraulic modelling, and material selection.
Pipe, valves, fittings, and instrumentation sourced from approved vendors to spec.
Trenching, bedding, crossing construction, and road/river crossing works.
SMAW/GTAW welding by qualified welders to ASME IX qualification standards.
Radiography, ultrasonic, and magnetic particle testing with third-party inspection.
Full pressure testing to 1.5× MAOP — DPR witnessed and certified.
Gas purging, leak testing, SCADA integration, and handover with O&M documentation.
Advanced battery energy storage systems for peak shaving, backup power, off-grid autonomy, and grid stabilisation — integrated with solar, wind, and grid sources.
Lithium iron phosphate (LiFePO4) and NMC battery energy storage systems from 10kWh to multi-MWh scale. Rack-mounted, containerised, and custom configurations for commercial, industrial, and utility applications.
Charge batteries during low-tariff hours and discharge during peak demand periods to eliminate demand charges and reduce energy costs for commercial and industrial customers with significant peak loads.
Seamless UPS-grade battery backup systems replacing or supplementing diesel generators — silent, emission-free, and requiring minimal maintenance compared to rotating generator plant.
Deep-cycle battery banks designed for extended off-grid autonomy — engineered for 24–72 hour+ backup duration at full load without solar or generator input. For remote sites, farms, and underserved communities.
Real-time battery management, state-of-health monitoring, remote diagnostics, and automated alerts via SCADA and mobile app platforms. Full visibility of storage performance and predictive maintenance alerts.
Battery storage seamlessly integrated with solar PV, wind turbines, diesel generators, and the national grid — managed by intelligent multi-source energy controllers optimising for lowest cost and highest reliability.
Engineered for Nigeria's unique power realities — from full grid connection to complete energy independence, Sunland Energy designs and delivers the right grid architecture for every client.
Solar PV directly connected to the national grid with bi-directional metering. Excess power exported for credit under Nigeria's net metering regime. NERC compliant grid connection for commercial and industrial customers.
Completely independent power systems with no grid connection. Solar + battery + optional generator backup engineered for 24/7 reliability. For communities, estates, and facilities where grid power is absent or unacceptably unreliable.
The most intelligent grid architecture — solar PV + battery storage + grid connection managed by a hybrid inverter controller. Automatically selects the lowest-cost, most reliable source. Peak shaving and load shifting included.
Community-scale mini-grids with smart metering, revenue collection, and pay-as-you-go consumer management. REA framework compliant. Serving 200 to 5,000 households per site with scalable capacity as demand grows.
Load flow, fault level, protection coordination, and power quality studies for grid connection applications. NERC connection approval support, protection relay settings, and commissioning test procedures.
Ongoing operations and maintenance contracts for solar, wind, storage, and grid systems — with SCADA dashboards, fault response, preventive maintenance schedules, and annual performance reporting.
Solar PV farm. Floating solar. Mini wind turbine. CNG mother station. City gas network. Sunland Energy delivers them all — on time, on budget, to the highest engineering standards.