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INDUSTRY / MACHINE EQUIPMENT / ORCHARD & GREENHOUSE EQUIPMENT

Electric Agricultural Machinery: Compatible Voltage Platforms & Custom Options

Electric orchard picking platforms, greenhouse heating-pipe rail carts, autonomous vineyard sprayers, and livestock feed-mixing wagons require zero-emission traction power inside enclosed glasshouses and fruit rows. Explore 3.2V 105Ah–314Ah prismatic LiFePO4 cells and custom 48V/72V pack architectures.

Application Scope
Orchard picking platforms, greenhouse rail transporters, feed carts
Voltage Platform
48 V and 72 V IP67 sealed traction battery packs
Cell Options
Gotion 3.2V 105Ah–230Ah & 3.2V 314Ah Prismatic LiFePO4
3.2V 314Ah LiFePO4 prismatic battery cell
ORCHARD & GREENHOUSE EQUIPMENT 3.2V 314Ah LiFePO4 Prismatic Battery Cell

COMPATIBLE BARE CELLS · ORCHARD & GREENHOUSE EQUIPMENT

Compatible Voltage Platforms & Custom Options

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CUSTOM BATTERY PACK ENGINEERING (ORCHARD & GREENHOUSE EQUIPMENT)

Need a Custom 48 V and 72 V IP67 sealed traction battery packs Pack for Electric Agricultural Machinery?

AntBattery currently supplies matched bare cells (Gotion 3.2V 105Ah–230Ah & 3.2V 314Ah Prismatic LiFePO4) and assembles custom 48 V and 72 V IP67 sealed traction battery packs series-parallel battery packs for Orchard picking platforms, greenhouse rail transporters, feed carts with tailored L × W × H enclosures, BMS current ratings, and wire harnesses.

Configure Custom Battery Pack
01

Greenhouse Pipe-Rail Width & Low Center-of-Gravity Packaging

Greenhouse harvesting and crop-care carts run on narrow 425 mm to 550 mm heating-pipe rails; prismatic cell modules must sit low in the chassis to prevent tipping when the scissor platform is raised.

02

Muddy Orchard Incline Torque & Continuous All-Day Autonomy

Climbing terraced orchards with full fruit bins or spray tanks demands sustained 48V or 72V traction current across 8–10 hour harvest days without midday recharging.

03

High-Humidity Greenhouse & Fertilizer Corrosion Resistance

Warm, humid greenhouse air and foliar spray drift require sealed battery enclosures and tinned copper busbars.

04

Seasonal Off-Season Storage & BMS Low-Power Sleep

Orchard harvesting platforms sit idle for months between harvest and pruning seasons; low self-discharge (<3%/month) and complete BMS power-off switches protect stored packs.

TECHNICAL REFERENCE

Electric Agricultural Machinery Battery Engineering FAQs

Why are greenhouses and orchards transitioning from lead-acid and diesel to LiFePO4?

Enclosed greenhouses prohibit diesel exhaust around crops and workers, while LiFePO4 eliminates lead-acid hydrogen gassing and provides full-day runtime on a single overnight charge.

Which prismatic cell sizes suit orchard platforms versus compact greenhouse rail carts?

Compact greenhouse rail carts typically use Gotion 3.2V 105Ah prismatic cells in 8S (25.6V) or 16S (51.2V) modules, whereas self-propelled orchard platforms and feed wagons use 3.2V 230Ah, 280Ah, or 314Ah cells.

Can ground agricultural machinery share charging infrastructure with utility vehicles?

48V (51.2V) and 72V (76.8V) LiFePO4 farm machinery can share standardized industrial AC/DC chargers when configured with matching Anderson or automotive charge receptacles.

How do we specify a custom battery box for a new electric farm implement?

Provide your chassis mounting space, motor controller voltage/power (kW), incline duty cycle, and target runtime on our Custom Battery Packs page.

CUSTOM ENGINEERING & QUOTATION

Electric Agricultural Machinery Battery Engineering Inquiry

Share your orchard, greenhouse, or livestock machine voltage (24V/48V/72V), motor power (kW), required daily runtime, and battery compartment dimensions.

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