Spenomatic Group · Burkina Faso
Spenomatic Group delivers commercial and industrial solar, battery energy storage and hybrid power solutions for businesses in Burkina Faso. Feasibility, engineering, procurement, construction and commissioning are coordinated by the Group’s Pan-African engineering team around each site’s demand, generator use and reliability requirements.
Built around the site
Strong solar resource makes PV attractive for many Burkinabè operations, but the business case depends on how much generation the site can use and how it integrates with grid supply and diesel generators. Load analysis, fuel consumption, operating hours and critical loads determine whether solar-only or a solar-and-storage hybrid is the stronger option.
Ouagadougou and Bobo-Dioulasso host manufacturing, agro-processing and commercial applications, while mining operations across the country present remote, high-demand hybrid power requirements. Heat, Harmattan dust and seasonal rainfall shape module selection, cleaning plans, cooling of electrical equipment and maintenance access.
Generation, storage & integration
Rooftop, ground-mounted and carport systems engineered around production loads, roof or land suitability, protection coordination and future expansion. Capacity follows feasible on-site use and electrical constraints.
Industrial solar EPC →PV for offices, hotels, hospitals, schools, retail properties and logistics facilities. Match generation to cooling, refrigeration, occupancy, operating schedules and essential electrical services.
Assess a commercial site →Store electricity for later use, support selected critical loads or manage demand where the operating case justifies it. Sizing considers usable energy, discharge power, cycling, reserve and losses.
Battery storage engineering →Controls coordinate power sources while respecting generator loading, electrical protection and site reliability. Fuel savings depend on demand, generator operation and how much solar the facility can use.
Discuss hybrid power →Residential and small commercial solar can combine rooftop panels, hybrid inverters, batteries and monitoring. Size the system using consumption, essential backup circuits, roof space and the battery autonomy required during outages; dust and heat affect long-term output and maintenance.
Home & small commercial solar solutions →Designed for real demand
Engineer solar-plus-storage hybrids around continuous loads, generator fuel use and strict reliability requirements.
Assess ginning, milling and storage loads alongside seasonal production schedules.
Match PV to production equipment and pumping loads, with protection and controls coordinated with existing supply.
Coordinate generation with cooling, operating hours and essential backup services.
One coordinated project
Project photography
Project evidence
Discuss relevant project experience, system configurations and reference availability with our engineering team.
Explore Spenomatic’s wider project portfolio →Beyond solar
Industrial operations also depend on heat, steam, water and production equipment. Explore the relevant solution with Spenomatic’s specialist divisions.
Provide process heat for cotton, oilseed, shea and food processing, with appropriate residues assessed against fuel supply and demand.
Explore Boilers, biomass & cogenerationDeliver stable heat to cooking, drying and cleaning processes while reducing losses through efficient distribution and condensate return.
Explore Steam systems & condensate recoverySecure process and potable water and manage effluent for mining, processing and manufacturing sites where water is scarce.
Explore Water & effluent treatmentTransformers, switchgear, protection and industrial distribution supporting power integration and factory expansion.
Explore Electrical infrastructure & substationsWithering, drying, process equipment and automation, coordinated with the factory’s steam, electrical and production requirements.
Explore Tea processing & efficient machinerySupport product quality, water control and process consistency with laboratory equipment, testing and specialised process chemicals.
Explore Laboratory & process chemicalsPractical answers
A properly engineered hybrid can supply part of the site’s demand and reduce generator runtime. Savings depend on solar production, fuel costs, generator loading, operating hours and controls.
Dust reduces module output between cleanings. Design and maintenance plans account for soiling, cleaning frequency, water availability, module tilt and inverter and switchgear cooling.
Engineers assess usable battery energy, discharge power, selected loads, operating reserve and losses. A capacity figure in MWh alone does not establish backup duration.
Share the site location, electricity bills or generator fuel records, operating hours, critical loads, available roof or ground area and your reliability requirements.
Start with your operating data
Share your facility location, electricity bills, operating hours, generator use and available installation area. Our engineering team will help define the next assessment.