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PV550 Solar Pump Inverter for Agriculture Irrigation — A Typical Off-grid Farm Scenario
日期：2026-09-21 浏览次数：6
The following is a typical PV550 application scenario for 'agriculture irrigation'. Parameters are common-config examples, not a named customer delivery contract.
1. Background
A farm far from the public grid relied on a diesel irrigation pump constrained by fuel supply and operating cost, and hard to automate. The grower needed a 'run on sun by day, switch as needed at night / in clouds' water supply to support drip and sprinkler precision irrigation.
2. Configuration
| Item | Typical config |
|---|---|
| Pump | Three-phase submersible / centrifugal pump (sized to head / flow, common 1.5–4 kW class) |
| Inverter | HBDTECH PV550 solar pump inverter, matched to pump motor with headroom |
| PV array | Sized to local daily irradiation and irrigation demand; panel power ~1.2–1.5× pump power |
| Storage | Storage tank covers continuous irrigation at night and in low light |
| Protection | Water-level sensing + dry-run protection against empty-well running |
3. Operation
In daylight, PV550 uses MPPT to track max power and drives the pump on PV alone into the storage tank; when grid is available, automatic PV/grid switching supplements supply in low-light and dry periods. The system can tie into timer / level control for unattended automated irrigation.
4. Value
Versus diesel irrigation pumps, solar irrigation removes ongoing fuel spend and manual attendance, sharply lowering long-term cost with zero on-site emissions — ideal for sunny, grid-weak farmland. For MOQ, lead time and warranty, contact us for a quote — we can suggest a config and sample-unit test for your field conditions.
