Spenomatic Group · Ghana
Spenomatic Group provides turnkey solar energy solutions for industrial facilities, commercial buildings and residential properties in Ghana. Solar PV, battery storage and electrical infrastructure are assessed together, with engineering, procurement, construction and commissioning coordinated around the facility’s operating needs.
Built around the site
A manufacturing plant in Tema has different energy requirements from a hotel in Accra, a mine in Tarkwa or a food-processing facility in Tamale. Solar design begins with electricity consumption, production schedules, grid conditions and available installation space.
Tema and the Spintex–Kpone–Prampram corridor offer manufacturing and logistics applications; Accra has commercial property and hospitality needs. Kumasi, Sekondi–Takoradi, Tarkwa, Obuasi and northern agro-processing locations introduce different load profiles, access conditions and maintenance requirements. Project delivery arrangements are established during assessment.
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 solar can combine rooftop panels, inverters and optional batteries. Household electricity use, roof conditions, daytime consumption and essential backup loads determine the appropriate system configuration.
Home & small commercial solar solutions →Designed for real demand
Design PV around production equipment, available rooftops and the timing of electricity consumption.
Assess seasonal loads and daytime electricity use alongside process heating requirements.
Evaluate hybrid power and storage against demanding loads, operating hours and reliability requirements.
Coordinate solar generation with cooling, refrigeration, occupancy and essential backup loads.
One coordinated project
Project photography
Project evidence
Beyond solar
Industrial operations also depend on heat, steam, water and production equipment. Explore the relevant solution with Spenomatic’s specialist divisions.
Provide efficient process heat for food, beverage and agro-industry while evaluating locally suitable biomass fuels and emissions controls.
Explore Boilers, biomass & cogenerationReduce avoidable thermal losses and improve production consistency with correctly engineered steam distribution, controls and condensate recovery.
Explore Steam systems & condensate recoveryHelp processors maintain product quality and manage discharge through dependable process-water, wastewater and reuse systems.
Explore Water & effluent treatmentTransformers, switchgear, protection and industrial distribution supporting power integration and factory expansion.
Explore Electrical infrastructure & substationsTransfer Spenomatic’s proven tea and crop-processing knowledge to specialised agricultural value chains requiring efficient handling, drying and thermal utilities.
Explore Tea processing & efficient machinerySupport quality assurance, water conditioning and repeatable plant performance for laboratories, healthcare facilities and manufacturers.
Explore Laboratory & process chemicalsPractical answers
It should connect load data and site suitability to PV sizing, electrical design, procurement, construction, integration, testing and maintenance arrangements. Ask for explicit generation and financial assumptions.
This depends on the load profile, installation area and required reliability. A continuously operating factory may need grid supply, generators or storage alongside PV; an assessment establishes the feasible architecture.
Cost depends on capacity, equipment, roof or land conditions, electrical upgrades, storage, installation and financing. A site-specific assessment is needed for a useful quotation.
Solar and storage can be evaluated for these applications. Engineering must account for production cycles, critical loads, operating hours and existing power sources.
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.