Agriculture & Farming

A poultry barn that loses power in August is not a minor inconvenience. Broiler houses run tunnel-ventilation systems that keep 30,000 to 50,000 birds alive through summer heat, and when the fans stop, mortality can set in within minutes of an outage. The same logic applies to a hog confinement facility, a dairy milk house, an irrigation pump station serving a center-pivot system during pollination, and a grain elevator in the middle of harvest. These are not applications where a five-minute interruption costs nothing. Power loss at the wrong moment destroys product, kills animals, and in the case of a commercial milking operation, can result in a milk discard order that wipes out a week of revenue.

We finance backup power generators for every segment of agricultural production: row crop operations with large irrigation footprints, livestock facilities with ventilation and environmental control loads, grain storage and handling facilities, cold storage and pack houses, greenhouse and controlled-environment agriculture operations, and ag-processing operations at the farm gate. The generator types are as varied as the agricultural applications, from a 30kW standby set serving a small dairy's milk house to a 500kW or larger prime-power installation running a commercial grain elevator or poultry complex.

Agricultural generator financing has to work with the seasonality of farm cash flow, and we build that into the deal from the start rather than forcing a farmer into a flat monthly payment that does not match when the revenue arrives. Operations that want to understand their full set of options can review seasonal and deferred-payment financing structures that are designed specifically for cash-flow patterns like agriculture's.

Which Agricultural Operations Qualify

Livestock producers represent the most consistent generator demand in agriculture because the power requirement is not seasonal. A poultry house, swine finishing barn, or dairy facility needs reliable backup power every month of the year, and the consequences of an outage during a heat wave or a winter storm are severe enough that most lenders and insurers expect the backup power system to be in place. We finance standby generators for livestock facilities from single-barn installations to multi-building complexes with paralleled capacity.

Row crop operators with significant irrigation infrastructure are the next largest segment. Center-pivot irrigation systems commonly run at 50 to 150 horsepower per pivot, and a single large pivot station with multiple pivots can have a substantial electrical load that, if interrupted during a critical growth stage, costs more in yield loss than the generator ever would. Kansas, Nebraska, Texas, and the Ogallala Aquifer irrigation belt are particularly active markets for us.

Grain elevators and storage facilities need power for aeration fans, dryers, conveying systems, and scale operations. A commercial elevator that goes dark during harvest does not just inconvenience the farmers delivering grain. It can trigger contract failures and storage liabilities. An on-site standby generator that keeps the elevator running through grid events is a commercial necessity for any elevator with significant storage capacity or throughput.

Greenhouse and controlled-environment agriculture (CEA) operations, including hydroponic and aquaponic facilities, carry a particularly high power dependency because the controlled environment (lighting, HVAC, CO2 injection, water circulation) is the crop. A power failure is not a setback, it is a production loss. We finance generators for CEA facilities across the size spectrum, from small commercial greenhouses to large-scale vertical farming operations.

Seasonal Payment Structures and Deal Terms

Agriculture has a cash flow rhythm that standard monthly financing ignores at the buyer's expense. A grain farmer with a December harvest and a March planting loan has a very different cash flow window than a livestock producer with consistent monthly milk checks or poultry grow-out payments. We structure payments around the operation's actual income timing, not around a calendar that was designed for businesses that bill monthly.

Seasonal or skip-payment structures are available for row crop operations where revenue concentrates around harvest. A winter or spring low-payment period during planting season, with higher payments in the months following harvest, reflects the actual economics of the operation and keeps cash flow manageable through the production cycle.

Deal sizes in agriculture range from $50k single-set installs for small livestock facilities up through $500k or more for commercial grain elevators, large poultry complexes, and multi-facility farm operations. Application-only financing up to roughly $400k means the majority of individual farm-level generator projects close without requiring a full financial package. Three months of bank statements showing the farm's operating activity is the typical starting point.

For grain elevator operators and cooperatives financing at the higher end, or for any farm operation carrying significant equipment debt, a refinance on existing generator sets at better terms than the original purchase can free up monthly cash flow during margin-compressed years. We also do sale-leaseback on generator systems where the operator needs working capital without selling the equipment itself.

Why Agricultural Backup Power Has Become Non-Optional

Rural grid infrastructure has not kept pace with agricultural electricity demand growth. Irrigation, grain drying, and large livestock facilities have added significant load to distribution lines that were built for a fraction of current demand. The result is that many agricultural areas see more frequent and longer outages than urban and suburban customers, and those outages hit during planting, growing, and harvest seasons when the agricultural load is at its peak.

Insurance carriers in the livestock sector have increasingly required documented backup power systems as a condition of coverage for high-value livestock operations. A broiler complex with no backup ventilation and a liability exposure for a catastrophic heat event is a different risk profile than one with a tested standby generator and automatic transfer. That insurance dynamic is pushing generator adoption in the livestock sector faster than any federal program has.

Producers in areas subject to storm-season outages, specifically the Gulf Coast states, Tornado Alley, and areas with heavy ice storm exposure, also face increasing pressure from integrators and processors to maintain backup power as a condition of contract renewal. A poultry grower whose contract requires demonstrated backup power capability needs to own that capability, not borrow it from a neighbor.