Case Studies
E-Able Power has delivered solar street lighting and energy storage projects across five continents — from municipal roads in Nigeria and Thailand to LiFePO4 energy storage for commercial facilities and homes. Every project starts with a site survey and DIALux simulation, and ends with a system engineered for local sun, wind, and weather conditions.
Municipal, community and commercial solar street light installations engineered for reliable off-grid road and public-space lighting.
This 80W all-in-two solar street light installation supports municipal road lighting in Nigeria. Adjustable solar panel orientation is suited to local solar exposure, while the off-grid lighting system is designed for dependable rainy-season lighting performance on public roads and community access routes.
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This 80W all-in-one solar street light installation provides off-grid community road lighting in Burkina Faso. Its integrated solar lighting design is selected for high-temperature, dusty operating conditions and dependable public-space illumination without a grid connection for local community road and public-area projects.
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This 50W solar street light installation serves provincial road lighting in Thailand. The split solar lighting configuration supports reliable off-grid public-area illumination in a humid tropical climate, with system sizing focused on solar autonomy, practical maintenance and local road infrastructure projects nationwide.
View ProductCommercial and industrial energy storage system deployments combining LiFePO4 battery storage, inverter integration and project-specific power management.
Commercial energy storage cabinets are installed with distribution equipment for a commercial facility. The LiFePO4 battery storage configuration supports on-site power management and inverter integration, giving project teams a scalable commercial energy storage solution for site loads, daily operating conditions and future demand.
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Battery storage cabinets and inverters are installed together for a commercial energy storage application. The configuration demonstrates integrated LiFePO4 energy storage, inverter equipment and site-level power management for facilities with a modular path to expand battery capacity as future project requirements change over time.
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Six 15.36kWh battery cabinets and an inverter rack are installed at a Togo partner site. This commercial energy storage configuration pairs modular LiFePO4 battery storage with inverter integration, supporting project-specific power management and scalable on-site energy resilience for changing commercial demand over the system lifecycle.
View ProductResidential energy storage system installations for solar self-consumption, home battery backup and essential-load resilience.
Two 15.36kWh battery units and a hybrid inverter form this residential energy storage installation. The home battery backup configuration supports solar self-consumption and essential-load continuity with modular LiFePO4 energy storage for practical whole-home resilience in a compact installed home energy system at the property.
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This 15.36kWh residential energy storage system is configured for whole-home backup. The home battery system combines LiFePO4 energy storage with an inverter arrangement to support solar self-consumption, essential-load resilience and more dependable household power during grid interruptions and changing household energy needs over time.
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This residential solar backup system in Burkina Faso is reported as approximately 12kW inverter capacity and 60kWh battery storage. It combines home energy storage with solar power to support essential loads, solar self-consumption and household backup resilience; final specifications remain pending confirmation.
View ProductSend your site conditions, lighting requirements or storage load profile for a system engineered to your location — DIALux simulation, sizing and pricing within 2–3 business days.