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Scenario 09 · Tier 2

Agriculture & remote work

An outage at the milking parlour is an animal-welfare emergency.

Illustration of the Agriculture & remote scenario

The situation

Irrigation pumps, grain augers, feed mixers and parlour vacuum pumps — motor loads far from a panel, where willingness to pay during an outage is very high.

Farms sit at the end of the most fragile distribution lines on the network, and the cost of not running a pump is measured in livestock and crop rather than in convenience. The smaller motors are single-phase and take one unit; the larger ones are three-phase and take three.

Buyer
Farm operators, agricultural co-operatives, rural equipment dealers
Replaces
PTO generators and standby diesel sets at outbuildings
Buying cycle
3–9 months; seasonal purchasing, dealer channel
Where to meet them
Regional farm shows, co-operative buying groups, rural dealer networks

The loads

What one unit runs, and what takes three

These are the loads this vertical actually runs. Most of them are single-phase and a single unit covers them. The three-phase ones are flagged, and they mean a three-unit set — which is a different quote, a different weight and a different conversation, so ask about them early.

  • Irrigation pump starting and stock water pumping
  • Milking parlour vacuum pumps — an outage here is an animal-welfare emergency
  • Grain augers and feed mixers during outages
  • Vineyard frost fans, must pumps and mobile crush equipment
  • Research stations, glaciology, archaeology and wildlife monitoring
  • Mining survey, remote drilling and exploration camps
  • Ski patrol, mountain rescue and avalanche control

Three-phase takes three units. One unit is a single-phase machine — 6 kW, 5.9 kWh, four AC outlets. Its front panel carries a phase selector, so three units set to phase 1, phase 2 and phase 3 and joined by the combining connector will feed a three-phase load at 6 kW a phase. That is three enclosures, three charge states and roughly 90 kg for about 18 kWh. We say so plainly because an earlier version of this site claimed three-phase came out of a single box, and it does not. The three-unit specification →

Why we are better here

The comparison that decides this job.

What you are living with today

  • A PTO generator ties up the tractor you also need for the job
  • Standby diesel at an outbuilding is capital that sits idle most of the year
  • A consumer pack has neither the surge headroom for a pump motor nor a way to reach the pump house
  • A wheeled 60 kg unit does not cross a field, a paddock or a snowline

Solida Power in this scenario

  • Motor starting from a pack one person wheels to the pump house — three units when the motor is three-phase
  • No fuel to store, stabilise or steal at a remote outbuilding
  • Modules stage across several sites rather than one generator serving one
  • Sealed and fanless, in dust, chaff and washdown environments
  • Silent enough for stock handling and for research sites recording wildlife

Going deeper

Willingness to pay spikes exactly when the grid fails

Rural distribution lines fail first and get restored last. The economic loss from a single failed milking or a lost frost night dwarfs the cost of the unit, which makes this a straightforward sale in the moment and a hard one out of season. Sell through dealers who are already there when the outage happens.

The honest caveat

Seasonal, price-sensitive, and dealer-mediated. Motor starting current is the specification that decides whether this vertical is real for you.

Every scenario page carries one. If we cannot name the weakness in a use case, we do not understand it well enough to sell into it.

Talk to us

Working in agriculture and remote?

Tell us the loads and the fleet size. We run instrumented 60-day loaners for serious evaluations — you get your own utilisation data rather than our assumptions.