Agricultural Energy & Backup Systems
Vendor-neutral hub for agricultural energy: diesel and gas generators, hybrid solar-diesel, battery storage, solar backup, ATS, UPS and smart energy management — engineered for greenhouses, irrigation, solar irrigation, hydroponics, vertical farming, water pumps, reservoirs, climate control and agricultural automation.
SeedMatchGroup specifies generators, batteries, ATS, UPS and EMS inside the buyer's RFQ; we do not resell energy equipment directly. All commercial terms are handled privately.
How is a generator sized for a commercial greenhouse or irrigation system?
Sizing starts with the largest single motor start (typically a fogging pump, chiller compressor or irrigation booster) and the continuous running load. Motor starting current is 4–7× nameplate for direct-on-line motors and 1.5–2× for VFD-driven motors, so the genset kVA must cover the worst-case inrush without voltage collapse. Add 20–30% headroom for future expansion, correct for altitude (derate ~1% per 100 m above 1,000 m) and ambient temperature (derate ~2% per °C above 40 °C). For a 1 ha high-tech greenhouse the emergency backup genset is usually 50–150 kVA; for a full-project (climate + fertigation + LEDs) prime power is often 250–500 kVA. Use our Generator Sizing Calculator for a first pass and open the RFQ for engineered quotes.
Generators
Prime, standby and emergency generation — sized to load profile, starting inrush, altitude and ambient temperature.
10–2,000 kVA diesel gensets for greenhouses, pack-houses, pump stations and remote sites. Tier-appropriate emissions to local regulation.
Pipeline-gas and on-farm biogas gensets for continuous-run, lower-emission projects.
Solar + battery + generator on one controller — the modern default for irrigation, cooling and fertigation.
Storage, solar backup & switchgear
Lithium iron phosphate storage sized to critical-load runtime, with 8–15 year design life and safer thermal behaviour.
PV + battery backup for greenhouses, irrigation controllers, cold rooms and remote sensor networks.
Automatic grid-to-genset transfer in 8–15 seconds — the only way to guarantee unattended restart on protected-agriculture sites.
Online double-conversion UPS to bridge the ATS transfer window and protect climate computers, controllers and network switches.
Load-shedding, peak-shaving, generator-battery-grid arbitration and remote dashboards on a single controller.
Bunded day-tanks, bulk fuel storage and fuel-polishing systems for prime-power sites in remote agriculture.
Applications
Dedicated project pages with typical load assumptions, recommended generator and storage setups, and a prefilled RFQ for each application.
Loads, generator + LFP battery + ATS setups for mid-tech to industrial greenhouses.
Pump loads, VFD sizing, solar-battery hybrid stacks from 10 ha drip to 500 ha pivot.
NFT / DWC / drip-to-slab loads, UPS on aeration and dosing, LFP battery sizing.
Compressor inrush, VSD compressors, hybrid solar and peak-shaving from 50 t to 5,000 t.
Borehole and reservoir pumping — solar pump inverter, hybrid PV, genset backup.
LED + HVAC-D loads, EMS dimming, LFP battery for peak-shaving and grid arbitrage.
Emergency backup for cooling, heating, humidity, thermal screens and CO₂ dosing.
UPS + EMS for climate computers, PLCs, IoT gateways and network switches.
Calculators, engineering & financing
Generator sizing, hybrid solar ROI and battery-runtime calculators for a first-pass specification.
Vendor-neutral engineering briefs on generators, batteries, ATS, UPS and EMS.
Trade finance, project finance and equipment leasing for energy and backup projects.
Frequently asked questions
Sizing starts with the largest single motor start (typically a fogging pump, chiller compressor or irrigation booster) and the continuous running load. Motor starting current is 4–7× nameplate for direct-on-line motors and 1.5–2× for VFD-driven motors, so the genset kVA must cover the worst-case inrush without voltage collapse. Add 20–30% headroom for future expansion, correct for altitude (derate ~1% per 100 m above 1,000 m) and ambient temperature (derate ~2% per °C above 40 °C). For a 1 ha high-tech greenhouse the emergency backup genset is usually 50–150 kVA; for a full-project (climate + fertigation + LEDs) prime power is often 250–500 kVA. Use our Generator Sizing Calculator for a first pass and open the RFQ for engineered quotes.
Diesel is the fastest-starting, most fuel-dense and easiest to service globally — still the default for emergency backup in remote agriculture. Natural-gas and biogas gensets have lower fuel cost where pipeline gas or on-farm biogas exists, plus lower emissions and no fuel-storage risk. Hybrid solar + battery + generator is the modern default for daytime-heavy loads (irrigation, cooling, fertigation): solar covers the day, battery covers the transition, the generator only starts on demand. Payback for hybrid is usually 3–5 years against pure-diesel prime power. The RFQ Builder captures load profile, fuel availability and outage risk so proposals are comparable.
An Automatic Transfer Switch (ATS) monitors grid voltage and, on outage, disconnects the load from the grid and starts the generator — typically restoring power in 8–15 seconds. On a commercial greenhouse an outage during a heatwave or a fogging cycle can kill a crop in under an hour, and an ATS is the only way to guarantee unattended restart. Add a UPS between the ATS and the climate computer to bridge the 10-second gap so controls, alarms and network stay up continuously. On any critical protected-agriculture project, ATS + UPS + genset is a single specification, not three separate purchases.
By critical-load runtime, not by kWh price. List every load that must survive an outage (climate computer, HAF fans, humidity control, alarms, ventilation motors, pump control), sum the kW, multiply by required runtime (hours), and add 20% for round-trip losses and depth-of-discharge margin. LFP (lithium iron phosphate) is the default for agriculture: 8–15 year design life, safer thermal behaviour and no cobalt supply-chain risk. For solar backup on irrigation, size batteries so the pump can run a full watering window even on the worst design day of the year.
General context only — not an offer, recommendation or eligibility decision; SeedMatchGroup has no verified financing partnership and the provider decides. Hybrid solar + battery + generator projects, and standalone battery/solar backup on agricultural infrastructure, are eligible under most green trade finance and project finance products from development banks and specialist lenders. Bankability improves with a proper energy model (load profile, kWh/kWp by month, generator fuel curve) and vendor-neutral EPC selection — which is exactly what our RFQ Builder produces.
No. SeedMatchGroup is a human-led global sourcing platform supported by proprietary technology. Generators, batteries, inverters, ATS, UPS and EMS are specified inside the buyer's RFQ and opened to qualified global manufacturers and integrators. Vendor-neutral, buyer-first.
Move agricultural energy & backup systems into a structured RFQ
Editorial · not a sales pitchThis page is reference material. When you are ready to convert planning into pricing, a structured RFQ replaces weeks of unstructured email with days of comparable, supplier-neutral offers.
The facts a complete, supplier-neutral request on this topic includes. Use it as a checklist before submitting.
- Daily and peak load (kWh/day, kW) with the equipment driving it
- Grid status: none, unreliable, or grid-tied with export rules
- Site coordinates and available mounting area (ground or roof)
- Autonomy required and acceptable outage tolerance
- Existing generators, fuel cost and current tariff
- Whether storage, hybrid controllers or pump inverters are in scope
- Twelve months of electricity bills or generator fuel logs
- Equipment list with rated power
Opens the RFQ Builder scoped as an energy package so suppliers size generation and storage against your actual load profile. You stay in control — nothing is submitted until you review and confirm.
Free to submit · supplier-neutral · reviewed by a specialist before any supplier is contacted.
What to do next
Most organizations move through these four steps in order. Each one can be started independently, and nothing is shared with suppliers until you approve the scope.
Turn your project scope into one supplier-neutral request qualified manufacturers can price consistently.
Site, water, energy, permits and documentation — the readiness work lenders and EPC contractors expect before quoting.
Debt, leasing, blended and export-credit structures for commercial agriculture CAPEX, assessed alongside the technical scope.
Supplier-neutral guidance on greenhouses, CEA, irrigation, nurseries, packing houses and project finance.
How this guidance is produced
We do not manufacture equipment and do not represent a fixed vendor list. Guidance reflects the project, not a catalogue.
Content is prepared and reviewed by sourcing specialists working on live commercial agriculture projects, supported by proprietary technology.
Practice drawn from greenhouse, CEA, irrigation, nursery, packing-house and processing projects across multiple climates and regulatory environments.
Project details stay private. Nothing is published, listed or shared with suppliers without your approval.
Editorial approach and company background: About SeedMatch Group.
Prefer WhatsApp?
Send a quick message with your project type, crop and country. A sourcing specialist will review it and confirm the next steps; timing depends on the request and available information.
Energy & backup RFQ
Agricultural energy & backup RFQ
One private brief for generators, batteries, solar backup, ATS, UPS and EMS. A dedicated sourcing specialist opens it to qualified global manufacturers and integrators.