Solar Panel Prices in Ghana 2026: Panels, Batteries and Installed Costs in Cedis
Dumsor, ECG tariffs and what a cedi buys in Accra, Kumasi or a mining camp · GHS · Tema / Takoradi
Dumsor, ECG tariffs and what a cedi buys in Accra, Kumasi or a mining camp
The solar panel prices in Ghana in 2026 split along the same fault line as the rest of West Africa: a dollar price at Tema Port and a cedi price on the street in Accra, with duty, clearing, haulage and dealer margin in between. A tier-1 550 W module lands at roughly USD 95-125 FOB, which becomes GHS 1,250-1,850 retail at a cedi trading near GHS 11.5 to the dollar. A 5.12 kWh LiFePO4 battery is GHS 10,500-14,500, a 5 kW hybrid inverter GHS 7,800-11,500, and a fully installed 10 kWh system with 5 kWp of panels lands between GHS 55,000 and GHS 72,000. Every figure here is an indicative range compiled from current container quotations, not a formal offer, and the working tables sit further down the page.
Ghana is priced by three things that rarely move together: the cedi, the ECG tariff and dumsor. When the lights go out for twelve hours a day, the alternative cost becomes a litre of petrol in a small generator and the arithmetic flips in a single afternoon. When the grid is stable and the cedi is firm, the same hardware looks expensive next to a GHS 1.30-2.20 per kWh tariff. That is why we quote in both currencies, re-base the cedi column every month, and write the sizing advice below around outage hours rather than around payback alone.
Dumsor, ECG tariffs and the mining-camp load
Dumsor is the local word for load shedding, and it is the reason most Ghanaian buyers start looking at solar at all. The 2012-2015 crisis put the country on a published outage timetable that households still remember; supply improved for years afterwards, but constrained generation and gas availability brought load management back in late 2024 and through 2025, with some ECG feeders shedding 12 to 24 hours a day and others escaping with a few evening cuts. A system sized on a four-hour evening outage will not carry a household through a two-day feeder fault, and the difference between those two designs is roughly one extra battery.
The tariff side is set by the Public Utilities Regulatory Commission and reviewed quarterly, so the number in any article is out of date within three months. What matters for sizing is the structure: a lifeline block that is genuinely cheap for small consumers, a residential block in the GHS 1.30-2.20 range depending on consumption and the quarter, and a prepaid meter that makes the monthly bill painfully visible. Against that, self-consumption saves the retail tariff, but export does not pay much. Net metering in Ghana is capped and administered case by case under PURC rules, so a grid-tied system without a battery is a poor fit: it produces power at midday when the house is empty and collapses when the feeder drops.
The third market is the one that never appears in consumer price surveys. Gold mining around Tarkwa, Obuasi and Ahafo, plus the smaller licensed and unlicensed operations, runs diesel generators around the clock for camps, workshops, pump stations and security lighting. Fuel at GHS 17-21 a litre and a service interval measured in hours rather than months make a PV-diesel hybrid with a 100-120 kWh battery cabinet pay back faster than any residential system: 40-60% of annual diesel disappears, the generator stops running at night, and maintenance drops with it. The same economics apply to telecom sites, rural clinics with vaccine fridges, cold-chain warehouses, schools and water pumping in the Upper East and Upper West, where the grid either does not reach or reaches weakly.
- ✓Grid-tied without a battery does not survive dumsor; every residential design we quote is hybrid with at least 5 kWh of storage.
- ✓Net metering under PURC rules is capped and slow to approve, so size for self-consumption, not for export revenue.
- ✓Mining, telecom and agri-processing camps should be modelled as PV-diesel hybrids, where the fuel saving is the business case.
- ✓Anti-theft mounting and cable protection matter in both Accra and the regions: tamper-proof bolts, concealed DC cable and locked battery rooms.
System tiers: 5, 10, 15 and 20 kWh in cedis
Sizing assumes 1,500-1,700 kWh/kWp annual yield in Accra or Kumasi, a 15% array oversize for harmattan dust and high cell temperature, and an evening load that includes at least one air conditioner from the 10 kWh tier upward. All prices are installed in Accra, Kumasi or Takoradi with changeover, surge protection, earthing and commissioning, but exclude any ECG interconnection fee or Energy Commission licensing for a grid-export project.
| System tier | PV array | Battery | What it runs | Indicative installed |
|---|---|---|---|---|
| 5 kWh | 3 kWp / 6 x 550 W | 5.12 kWh wall-mount LiFePO4 (51.2 V 100 Ah) | Lights, fans, TV, fridge, router, phone charging; no air conditioning | GHS 28,000 - 38,000 installed |
| 10 kWh | 5 kWp / 9 x 550 W | DLXN-F5200 10.24 kWh (51.2 V 200 Ah) | The 5 kWh list plus one 1.5 HP inverter air conditioner overnight | GHS 55,000 - 72,000 installed |
| 15 kWh | 8 kWp / 15 x 550 W | 1 x DLXN-F5200 + 1 x 5.12 kWh slave | Two inverter air conditioners, borehole pump, chest freezer, full kitchen | GHS 82,000 - 108,000 installed |
| 20 kWh | 10 kWp / 18 x 550 W | 2 x DLXN-F5200 in parallel (20.48 kWh) or DLXN-GC100 cabinet for commercial | Whole home with three air conditioners, or a shop with a cold room and a borehole | GHS 110,000 - 145,000 installed |
Cedi prices are re-quoted on the day of payment because the exchange rate, not the hardware, moves them. Generator replacement value is excluded. Sites with welding sets, three-phase pumps, cold rooms or a mining camp load need a proper load study first: a 100-120 kWh cabinet is often cheaper over five years than the diesel it displaces, but only when the load profile is measured rather than guessed.
Indicative component prices in cedis
These are landed-in-Accra levels for Q4 2026 at roughly GHS 11.5 to the dollar, after duty, VAT, Tema clearing and haulage. They are dealer-level ranges, not retail shelf prices, and they move with the cedi.
| Item | Specification | Indicative range |
|---|---|---|
| 550 W mono-PERC module | 182 mm cell, 144 half-cells, 25-yr linear warranty | GHS 1,250 - 1,850 |
| 1,000 W panel set (2 x 550 W) | The bundle most Accra buyers ask for first | GHS 2,500 - 3,700 |
| 5.12 kWh LiFePO4 battery | 51.2 V 100 Ah, 6,000 cycles, built-in BMS | GHS 10,500 - 14,500 |
| DLXN-F5200 home battery | 51.2 V 200 Ah, 10.24 kWh, 6,000+ cycles at 80% DoD | GHS 20,500 - 27,000 |
| 5 kW hybrid inverter | 48 V, dual MPPT, pure sine, generator input | GHS 7,800 - 11,500 |
| Mounting + DC/AC cabling + changeover | Galvanised rail, DC isolator, surge arrestor, earthing | GHS 3,200 - 5,600 |
| Installation + commissioning | Two-person crew, 2-4 days, Accra or Kumasi | GHS 2,600 - 4,500 |
- Indicative only. Cedi ranges are re-based monthly against the interbank and parallel rates and are not a quotation.
- Solar modules enter Ghana under HS 8541.40 at 0% import duty but still attract VAT and the NHIL and GETFund levies; lithium cells and inverters attract duty plus VAT. Confirm HS codes and the current levy stack with your clearing agent at Tema before you commit.
- Electrical goods on the GSA regulated list need a G-CAP Certificate of Conformity issued at origin. Destination testing at the Ghana Standards Authority is slower, more expensive and can leave a container on demurrage.
GSA, Energy Commission and ECG: what Ghana requires
Ghana's import and installation regime is less famous than Nigeria's SONCAP but no softer in practice. Two separate tracks apply: conformity at the port, and licensing at the point of installation. Both need to be planned before production, not after the container sails.
GSA / G-CAP
Ghana Standards Authority — Ghana Conformity Assessment Programme
Regulated electrical and electronic goods, which includes inverters and lithium battery packs, must arrive with a Certificate of Conformity issued under G-CAP by an accredited inspection body at origin, following a pre-shipment inspection and test report review. We book the inspection at the factory, release the CoC with the shipping documents, and hand your agent a file that clears at Tema without a destination inspection. Modules themselves are simpler than batteries, but mixing certified and uncertified SKUs in one container is how shipments get held.
Energy Commission
Energy Commission of Ghana
The Energy Commission administers the Renewable Energy Act 2011 (Act 832), licenses renewable energy installations and the technicians who wire them, and enforces appliance efficiency standards and labelling. A domestic rooftop system installed by a competent electrician is routine, but commercial and grid-connected projects above the small-scale threshold need an EC licence and a licensed installer on the paperwork. Ask for the licence number before you sign an installation contract: a cheap crew without one can leave you unable to commission.
ECG / PURC
Electricity Company of Ghana and the Public Utilities Regulatory Commission
ECG owns the distribution network in the south, NEDCo in the north, and GRIDCo the transmission backbone. A grid-tied inverter needs an ECG interconnection application, a technical study of the local transformer, an approved bi-directional or dual-register meter and a witness test. PURC sets the net-metering rules and the tariff; the export scheme is capped and approved case by case, so most commercial clients choose zero-export settings instead. Off-grid and mining-camp systems inside a private network skip this track entirely, which is one reason hybrid camp designs move faster than grid-tied urban ones.
Shipping, clearing and lead times to Tema
We ship FOB Ningbo and quote CIF Tema, with Takoradi as an alternative for western-region and mining clients. A 40HQ holds 620-720 modules, or a mixed load of modules, inverters and batteries for a 10-20 kWh installation. Production is 18-25 days for modules and 25-35 days for battery cabinets; ocean transit to Tema is 32-38 days via either the Suez routing or transhipment through Singapore, Colombo or Algeciras, and clearing at Tema typically takes 7-12 days in a normal month.
The document set we provide is commercial invoice, packing list, bill of lading, certificate of origin, G-CAP Certificate of Conformity, UN38.3 test summary and MSDS for the lithium cells, plus a declaration of conformity for the inverter models. Ghana uses the GRA's ICUMS single-window system for entry, so your clearing agent needs those documents uploaded before the vessel berths, not after. Demurrage at Tema accrues quickly and is almost always a paperwork problem rather than a shipping one.
If a project cannot wait ten weeks, we keep limited stock of the DLXN-F5200 and 550 W modules with a Tema-area warehouse partner, and can sometimes air-freight sample batteries for a pilot site. Availability changes weekly, so confirm with the export desk before you promise a client a date. For mining and telecom clients we also quote a staged delivery: battery cabinets first so the diesel savings start, then the array in a second shipment.
- Ports
- Tema (main); Takoradi on request
- Transit (Ningbo-Tema)
- 32-38 days
- Production lead time
- 18-25 days (modules), 25-35 days (batteries)
- Container capacity
- 620-720 modules per 40HQ
- Payment terms
- 30% deposit, 70% against B/L copy
The hardware we ship into Ghana
Ghana enquiries divide cleanly into Accra and Kumasi households fighting dumsor, and commercial buyers running camps, clinics and cold rooms off diesel. The four SKUs below cover both, and each product page carries the datasheet, cycle-life report and current FOB price.
DLXN-F5200
10.24 kWh 51.2 V LiFePO4 battery — the default for Accra and Kumasi homes carrying one to two air conditioners through a 12-hour dumsor window.
View specifications →
DLXN-GC100/120
100-120 kWh IP55 outdoor cabinet with aerosol fire suppression, built for mining camps, telecom sites, clinics and cold rooms running PV-diesel hybrids.
View specifications →
DLXN-M10-230W
230 W 18 V mono module for borehole pumps, street lighting, CCTV and telecom repeaters in the Upper East and Upper West where no 48 V bus exists.
View specifications →
DLXN-M10-100W
100 W 18 V module for security lighting, farm gates, signage and battery top-up on remote sites where a framed 550 W panel would walk away.
View specifications →
Frequently asked questions
How much do solar panels cost in Ghana in 2026?
A 550 W tier-1 module retails at GHS 1,250-1,850 in Accra, roughly GHS 2.30-3.40 per watt. A 1,000 W set of two panels is GHS 2,500-3,700. A complete installed 10 kWh hybrid system with 5 kWp of panels, a 5 kW inverter and a 10.24 kWh battery is GHS 55,000-72,000, including mounting, changeover and commissioning.
Does Ghana require G-CAP or GSA certification to import solar batteries?
Yes for regulated electrical goods. Inverters and lithium battery packs need a Certificate of Conformity issued under the G-CAP programme by an accredited body at origin, based on a pre-shipment inspection and test reports. We book it at the factory and release the CoC with the shipping documents; arriving without one risks destination inspection, demurrage and a much slower clearance at Tema.
Can I connect a solar system to the ECG grid in Ghana?
Yes, through an ECG interconnection application with a technical study, an approved meter and a witness test, under PURC net-metering rules. The export scheme is capped and approved case by case, so most of our commercial clients run zero-export settings and size the array for self-consumption. Off-grid and private-network systems, including mining camps, do not go through this process.
How many panels do I need to keep a fridge and freezer running during dumsor?
A 200-300 litre chest freezer plus a fridge drawing about 2.2 kWh a day needs 4 x 550 W panels, a 5 kWh battery and a 3 kW inverter, roughly GHS 30,000-40,000 installed. Add 30% if the freezer is a shop unit opened all day, and size for two days of autonomy if your feeder is on a 24-hour shedding schedule.
How long does delivery to Tema take?
Production is 18-25 days for modules and 25-35 days for battery cabinets, ocean transit to Tema is 32-38 days, and clearing 7-12 days. Plan on 10-12 weeks door to door. Stock held with our Tema-area partner can shorten that to about a week for the DLXN-F5200 and 550 W modules when available.
Is solar worth it in Ghana compared with a generator?
At GHS 17-21 a litre, a 5 kVA petrol generator running six hours a day costs roughly GHS 130-200 a day in fuel alone, before servicing. A GHS 55,000-72,000 10 kWh system removes most of that spend and typically pays back in three to five years for a household with regular evening outages, and in two to three years for a commercial site that currently runs diesel around the clock.
Related reading
For the technology behind these prices — cycle life, depth of discharge, chemistry comparison — read our solar battery storage guide. For port-by-port logistics across the continent, see the Africa market page.
Prices on this page are indicative ranges compiled from current container quotations and are not a binding offer. Local currency figures move with the exchange rate, freight and duties; a formal quotation is issued after we receive your load list and delivery port.
Request a Ghana price list
Send us the city, the load list and whether the site is grid-tied, off-grid or a diesel hybrid. We reply within one business day with a landed Tema price, the G-CAP and Energy Commission document list, and a sizing sheet your installer can work from.
- Delivery ports:
- Tema / Takoradi
- Currency:
- GHS · GHS 11.5 = USD 1
- Email:
- dlxn@dlxnsolar.com
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