1000W 24V Motor Electric Transaxle
With the global advancement of the “dual carbon” goal and the upgrading of agricultural mechanization, electric tractors are gradually replacing traditional fuel-powered models and becoming the “new workhorse” of modern agriculture. The operating efficiency, endurance, and stability of electric tractors depend crucially on their “power center”—the electric transaxle. Today, we will take a deep dive into a 1000W 24V motor electric transaxle designed specifically for electric tractors, examining how it reduces costs and increases efficiency in agricultural production through precise parameter matching and reliable performance.
I. Why is the electric transaxle so crucial in the wave of agricultural electrification?
Traditional fuel-powered tractors face challenges such as high fuel consumption, high noise, and polluting emissions. This is particularly true in enclosed environments like facility agriculture and orchards, where environmental protection and operator comfort are increasingly pressing. The rise of electric tractors addresses these challenges, but it places higher demands on the power transmission system: it must adapt to the low-speed, high-torque characteristics of the motor, meet the operational intensity of complex field terrain, and maintain endurance and safety.
As the core component integrating the motor, gearbox, and drive axle, the electric drive axle directly determines an electric tractor’s power output efficiency, ride smoothness, and load capacity. Targeted at electric tractor applications (such as plowing, seeding, fertilizing, and weeding), the 1000W 24V electric drive axle, through its precisely designed parameters, is an ideal solution for small- to medium-horsepower electric tractors (10-15 horsepower). It avoids the energy waste associated with high-power motors while meeting the power requirements of light to medium agricultural operations.
II. 1000W 24V Electric Drive Axle: The Practical Advantage Behind the Parameters
A high-quality electric drive axle is more than a simple stacking of parameters; it’s a precise match between demand and performance. The core parameter design of the 1000W 24V motor electric drive axle is entirely centered around the actual operating scenarios of electric tractors:
1. 1000W Motor: The “Golden Balance” of Power and Energy Consumption
Power Output Adaptability: A 1000W rated motor can output approximately 1.36 horsepower (1 horsepower ≈ 735W). When combined with a reduction gear mechanism, maximum torque reaches 150-200 N·m, sufficient to power electric tractors for light to medium operations with tillage depths ≤ 15cm and seeding row spacing ≤ 50cm. This covers mainstream applications such as family farms, fruit and vegetable production bases, and greenhouses. Low Energy Consumption: Compared to high-power motors of 1500W and above, a 1000W motor consumes approximately 30% less energy when operating without a load (e.g., when moving fields or adjusting work positions), effectively extending the electric tractor’s single-trip operating time. When paired with a 60Ah 24V lithium battery pack, a single operating time can reach 4-6 hours, meeting the needs of light to moderate daily operations.
2. 24V Voltage System: A “Double Guarantee” of Safety and Endurance
High Safety: Agricultural working environments are often humid and dusty. 24V is a low-voltage DC system. Compared to high-voltage 48V and 72V systems, it significantly reduces the risk of line leakage and short circuits, ensuring operator and equipment safety even in muddy and rainy fields.
Extended Endurance Compatibility: The 24V voltage system is directly compatible with mainstream 24V lead-acid and lithium batteries on the market, eliminating the need for a separate voltage converter, reducing modification costs and the risk of failure. Furthermore, the 24V battery pack is smaller and lighter, allowing for flexible placement on electric tractors and reducing the overall load.
3. Transaxle Structure: Balancing Durability and Ease of Operation
In addition to the core motor and voltage specifications, the structural design of this electric transaxle is also tailored to agricultural needs:
Integrated Design: The motor, reducer, differential, and half-shafts are integrated into a single unit, reducing external components and minimizing the risk of field dust, mud, and water eroding the drivetrain. This also shortens the power transmission path, increasing transmission efficiency to over 90% (compared to the approximately 80-85% efficiency of traditional split-type transmission systems).
Multiple Gear Adjustment: Supporting a “two forward gears + one reverse gear” design, the forward gears offer speeds of 3 km/h (low-speed operation, suitable for plowing and seeding) and 6 km/h (high-speed transition, suitable for long-distance movement), meeting the speed requirements of various operational scenarios. Operation is simple and easy, making it easy for even novice operators to quickly adapt. High-Strength Materials: The drive axle housing is constructed of die-cast aluminum alloy, which is lightweight (approximately 18 kg) and resistant to pressure and impact. Internal gears are constructed of 20CrMnTi alloy steel, carburized and quenched to a hardness of HRC58-62. This provides excellent wear resistance and a service life of over 5,000 hours (equivalent to 3-5 years of normal agricultural operation).
III. Real-World Scenario Verification: The “Hardcore Performance” of the 1000W 24V Electric Transaxle
The advantages of these parameters ultimately need to be put to practical use. We conducted tests in several typical agricultural scenarios to verify the reliability and practicality of this electric transmission axle:
1. Greenhouse Operations: Low Noise + Zero Emissions, Suitable for Closed Environments
In a 3,000-square-meter vegetable greenhouse, an electric tractor equipped with this transmission axle produced only 65 decibels of noise while weeding and fertilizing (compared to approximately 90 decibels for a traditional fuel-powered tractor). This noise level does not affect crop growth and prevents hearing damage to operators from prolonged exposure to high noise levels. Furthermore, with zero exhaust emissions, air quality remains unaffected, meeting green agricultural production standards.
2. Orchard Row Operations: Flexible Steering + Precise Power for Complex Terrain
In apple orchards with a row spacing of 1.5 meters, the electric drive axle’s differential design reduces the tractor’s turning radius to 1.2 meters, making it easy to maneuver between rows of fruit trees. The 1000W motor’s smooth power output ensures the tractor can operate on slopes of 15° or less without power loss or slippage, improving operating efficiency by approximately 15% compared to traditional fuel-powered tractors. 3. Light Operations for Family Farms: Long Range + Low Maintenance, Lower Operating Costs
A family farm uses an electric tractor equipped with this drive axle for seeding and shallow tillage. For a five-hour operation per day, it consumes only 12 kWh of electricity (approximately 6 yuan). A traditional 15-horsepower fuel-powered tractor consumes 8 liters of diesel (approximately 60 yuan) for the same period of operation, reducing daily energy costs by 90%. Furthermore, the drive axle requires no regular oil or filter changes, resulting in annual maintenance costs of only approximately 50 yuan, a savings of over 80% compared to traditional drive systems (approximately 300 yuan per year).
Fourth, Quality and Service: Building a Strong “Line of Trust” for Export Customers
As a global supplier of electric drive axles, we understand that the quality stability and after-sales service of our export products are of paramount importance to our customers. For our 1000W 24V electric drive axle, we have established a comprehensive quality assurance system from production to after-sales service:
1. Strict Quality Control: Compliant with International Certification Standards
Our products are CE (European Union Safety Certification), ROHS (RoHS Environmental Certification), and IP67 (Dust and Waterproof Certification), meeting the requirements of major export markets such as Europe, Southeast Asia, and South America.
Before leaving the factory, each drive axle undergoes three core inspections: a no-load run test (2 hours), a load test (simulating 150N·m torque for 1 hour), and a waterproof test (immersion for 30 minutes), achieving a 100% pass rate.
2. Customized Adaptation: Meeting the Needs of Different Tractor Models
For different brands and models of electric tractors, we offer customized services such as transmission ratio customization (e.g., adjusting the reduction ratio to suit different loads) and installation dimension adjustments (e.g., adjusting axle length and mounting hole positions) to ensure perfect compatibility between the drive axle and the entire machine, eliminating the need for additional modifications. 3. Global After-Sales Support: Resolving Customer Worries
A 12-month warranty provides free replacement parts for non-human faults.
After-sales service locations are located in Germany, the United States, and India, offering on-site repairs within 48 hours (72 hours in remote areas).
24-hour online technical support is available, allowing customers to receive installation guidance and troubleshooting solutions via email or video call.
V. Conclusion: Choosing a 1000W 24V electric drive axle means choosing “efficiency and peace of mind.”
In the wave of agricultural electrification, an adaptable, reliable, and cost-effective electric drive axle is a key component in enhancing the competitiveness of electric tractor manufacturers and a valuable tool for farmers to reduce operating costs and improve efficiency.
Post time: Oct-27-2025