Electric tractor working in a prepared agricultural field
Motive Batteries

BYH 96V agricultural motive series

Electric Tractor Batteries

Heavy-duty 96V LiFePO4 battery systems from 33.6 kWh to 67.2 kWh for electric tractors and agricultural equipment.

Energy33.6 kWh
Capacity350Ah
Discharge350A continuous

Conceptual application photography. Final integration depends on the tractor platform, load profile and installation engineering.

Basic parameters

Select the battery around the real duty cycle.

96V 350Ah electric tractor battery
Selected modelBYH96350
96V 350Ah33.6 kWh
Model
BYH96350
Nominal voltage
96V
Nominal capacity
350Ah
Energy
33.6 kWh
Battery type
LiFePO4 lithium battery
Maximum charge current
100A
Maximum continuous discharge current
350A
Maximum discharge current
500A for 5 seconds
Weight
Approx. 257 kg
Dimensions
930 × 470 × 368 mm maximum
Cycle life
>5,000
Certifications
CE · IEC 62619 · UN38.3
Discuss this configuration

Product overview

Power engineered for demanding agricultural work.

Three 96V configurations combine heavy-duty discharge, industrial protection and connected monitoring for application-engineered tractor platforms.

96V agricultural motive battery96V 350Ah
01

Heavy-duty discharge

350A continuous discharge with a 500A maximum for five seconds.

02

Industrial enclosure

A steel IP65 enclosure protects the BYH96350 agricultural platform.

03

Cold-region configuration

Low-temperature heating can be configured around climate, charging strategy and duty cycle.

04

Connected monitoring

485/CAN communication supports Bluetooth and cloud monitoring for the configured system.

Request an engineered proposal

Final configuration remains subject to application engineering.

96V 350Ah electric tractor battery product view

YAHUA lithium battery advantages

Designed for field reliability and application flexibility.

All-weather operation

Operating and charging strategies can be configured around the local climate and duty cycle.

Rugged enclosure

IP65 steel enclosures support demanding agricultural installation environments.

Long-cycle design

Designed for more than 5,000 cycles, subject to operating and charging conditions.

Lower maintenance

A sealed battery platform removes fuel-engine service tasks while retaining routine system inspection.

Smart BMS protection

Protection functions cover overcharge, over-discharge, overcurrent, short circuit and temperature.

High energy capacity

Three 96V configurations provide 33.6 kWh to 67.2 kWh of energy.

Connected monitoring

485/CAN communication supports Bluetooth and cloud monitoring for the configured system.

Heavy-duty output

All three models specify 350A continuous discharge and 500A maximum discharge for five seconds.

Application advantages

What changes when agricultural power goes electric.

01

Efficient electric operation

A correctly integrated electric drivetrain can reduce operating noise, eliminate tailpipe emissions at the point of use and reduce fuel-engine service tasks.

02

High-load output

All three models specify 350A continuous discharge and a 500A maximum discharge for five seconds.

03

Cold-region readiness

Configurable low-temperature heating supports application engineering for colder operating regions.

04

Long-cycle platform

Designed for more than 5,000 cycles; actual service life depends on operating and charging conditions.

05

Connected monitoring

Bluetooth and cloud functions provide configured access to SOC, voltage, current, temperature, alarms and history.

06

Industrial protection

IP65 steel enclosures and BMS protection functions support agricultural operating environments.

07

Customizable integration

Voltage, capacity, enclosure, mounting, communications and vehicle interfaces can be engineered around the project.

Powertrain comparison

Battery platform and diesel power.

This application-level comparison reflects typical system differences. Actual operating cost, energy use, maintenance and environmental impact depend on the tractor, local energy source, duty cycle and service conditions.

ConsiderationBattery-electric platformTraditional diesel powertrain
Point-of-use emissionsZero tailpipe emissions from the battery-electric driveCombustion exhaust during operation
Operating noiseLower drivetrain noise during field workEngine, intake and exhaust noise
Routine serviceBattery, cooling and electrical-system inspectionFuel, oil, filter and engine servicing
Energy sourceGrid or site-generated electricityDiesel fuel supply and on-site storage
Energy costDepends on electricity price, charging losses and duty cycleDepends on fuel price, engine efficiency and duty cycle
Low-speed responseElectric drive can provide immediate torque when correctly integratedResponse depends on engine speed, transmission and gearing
MonitoringConfigured battery data can be available through BMS connectivityVehicle and engine telemetry varies by tractor platform
System integrationBattery, motor, charger and thermal strategy require application engineeringEngine, fuel, cooling and after-treatment systems require integration and service

Product parameters

Model-specific specifications.

Compare the model-specific electrical, mechanical and operating parameters. Final configuration remains subject to application engineering.

Selected modelBYH96350
Model
BYH96350
Nominal voltage
96V
Nominal capacity
350Ah
Energy
33.6 kWh
Battery type
LiFePO4 lithium battery
Maximum charge current
100A
Maximum continuous discharge current
350A
Maximum discharge current
500A for 5 seconds
Weight
Approx. 257 kg
Dimensions
930 × 470 × 368 mm maximum
Cycle life
>5,000
Certifications
CE · IEC 62619 · UN38.3
Charge temperature
0–60°C
Discharge temperature
-20–60°C
Storage temperature
10–45°C
Charge/discharge efficiency
100%
IP rating
IP65
Casing material
Steel
Communication
485/CAN
Monitoring
Bluetooth and cloud
Certifications

CE · IEC 62619 · UN38.3

Applications

Where this family fits.

Model selection should follow the real load, duty cycle, interface, installation environment and destination-market requirements.

01

Electric tractors

Application-engineered 96V LiFePO4 power for agricultural traction platforms.

02

Ploughing, harrowing and land preparation

Configured around continuous load, peak current, terrain and the real agricultural work cycle.

03

Large-area land reclamation

Model selection must account for sustained high-load duty, charging windows and thermal conditions.

04

Agricultural equipment electrification

Voltage, capacity, enclosure, mounting and vehicle interfaces can be tailored to the equipment platform.

Engineering scope

One family, configurable layers.

Product features

  • More than 5,000 cycles
  • BMS overcharge and over-discharge protection
  • BMS overcurrent and short-circuit protection
  • BMS overheating protection
  • Bluetooth and cloud monitoring
  • Configurable low-temperature heating across all models

Customization

  • Voltage and capacity
  • Enclosure size and mounting
  • Vehicle interface and OEM integration

Tell us what you are building.

Share your application and requirements so our team can prepare for a technical discussion.

Discuss your project