This solar system for factory line covers industrial solar-plus-storage at production scale: from 100kW workshops to our 6MW + 20MWh industrial complex in Nigeria. Every solar system for factory we ship is engineered against your real load profile — shift pattern, transformer capacity and demand charges included — then quoted factory-direct, FOB or CIF.
| Model | MS-Solar System for Factory |
|---|---|
| Type | Turnkey Solar Solution — Industrial |
| Rated Power | 100kW–6MW |
| Battery Storage | Project-based |
| Output Voltage | DC 110V/220V/380V · AC 110V~480V |
| MOQ | 1 set — OEM & ODM accepted |
| Certificates | CE / RoHS · IEC 62619 · UN38.3 · ISO 9001 |
| Payment Terms | T/T — 30% deposit, 70% before shipment (50/20 for long-term partners) |
| Lead Time | 3–30 days depending on system scale |
| Warranty | 12-y product / 25-y linear panels · 5–10-y inverter · 10-y or 6,000-cycle LFP battery · 10-y integration |
All systems are quoted by configuration and destination port. Share your load profile and location, and we will return a firm CIF quotation within 24 hours.
| Component | Details |
|---|---|
| Engineering | Load analysis from your appliance/equipment list, system sizing, single-line diagram, and layout drawings |
| Equipment | Complete solar + storage package matched to the application profile — panels, inverter, batteries, mounting, cabling |
| Documentation | Packing list, certification documents, installation manual, and wiring diagrams |
| Commissioning Support | Video-guided installation support and remote commissioning by our engineering team |
| After-Sales | Lifetime remote technical support with defined warranty on every component |
Manufacturing plants with 24/7 or shift-based production in high-tariff or unstable-grid regions.
What moves the solar system for factory price? Daytime load matching first — a plant that runs two shifts uses far more of its own generation than a night-shift operation. The second driver is demand charge strategy: a battery sized for peak shaving costs more than one sized for backup, but it attacks the largest line on the bill. Tier-1 modules run $0.28–0.48 per watt FOB, storage typically adds 35–50% of total system cost, and sea freight plus clearing usually adds 20–35% over FOB.
| Cost factor | Typical figure (2026) |
|---|---|
| Solar modules | $0.28–0.48 per watt FOB, tier-1 supply |
| Sea freight & landed cost | Typically +20–35% over FOB to West Africa / Southeast Asia ports |
| Storage share | 35–50% of total system cost where batteries are included |
| Payback | 3–5 years against grid power; under 18 months when replacing diesel |
For a verified reference point: a 500kW solar system paired with 1MWh of BESS storage lands at $390,000–480,000 CIF, container-loaded and factory-tested; a 100kW system with a 215kWh BESS cabinet quotes CIF $88,000–115,000. Against grid power most factories repay in 3–5 years; where the system displaces diesel generation, payback is routinely under 18 months.
Factory economics differ by tariff design. In the Philippines, demand charges are the line photovoltaics alone cannot shave — read the Philippines factory solar guide before sizing storage. In South Africa, the 1MW + 2MWh fruit processor project in South Africa shows what a 1MW + 2MWh plant does for a food processor with a day-long cooling load. In Nigeria, the 6MW + 20MWh industrial complex project in Nigeria is the reference for very large industrial storage.
The IEA solar PV market track is a good neutral reference for global module price direction.
Send us your load profile and location — we return a firm CIF quotation within 24 hours.