This solar system for farm range is engineered for agricultural duty: irrigation pumping by day, cold storage through the night, and mounting built for dust and wash-down. Every solar system for farm we ship is quoted factory-direct — FOB from our Foshan plant or CIF to your port — after we read your pump curves and cold-room load.
| Model | MS-Solar System for Farm |
|---|---|
| Type | Turnkey Solar Solution — Agriculture |
| Rated Power | 10–200kW |
| 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 |
Irrigation farms, poultry and dairy operations, and agro-processing sites.
Pumping is also where farm systems most often get specified wrong. A pump draws 3–7× its running current on start, so the contactor and its coil have to be rated for the surge rather than the nameplate — and the level or pressure sensor should never carry motor current at all. Those seven rules, borehole and submersible duty included, are spelled out in a practical guide to relay-based pump control.
The biggest fork in the solar system for farm price is whether you need night autonomy. Irrigation-only systems run almost entirely on daytime generation and need little or no storage, which keeps them close to module and inverter cost. Add a cold room and the battery becomes the budget line: storage typically adds 35–50% of total system cost. Tier-1 modules run $0.28–0.48 per watt FOB, 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 100kW solar system with a 215kWh BESS cabinet quotes CIF $88,000–115,000 — the class most mid-size farms with cold storage land in. Irrigation-first systems sit well below that because they skip the battery. Against grid or diesel pumping costs, payback runs 3–5 years, and under 18 months where diesel is the displaced fuel.
Agro-processing is where farm solar pays back fastest. In Nigeria, rice milling and processing loads are the classic case — see the Nigeria agro-processing solar guide for the load profile and sizing logic. In the Philippines, cold storage for produce and fish drives the design — read the cold storage solar guide for the Philippines before choosing battery autonomy hours.
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.