EP-9YG-2.24D சுற்று பேலர்

1. Technical Specifications & Performance Parameters

3. Revolutionizing Forage Harvesting: Why the 9YG-2.24D is the Choice for Global Farmers

In the evolving landscape of global agriculture, particularly in markets like South Korea, the United States, and Russia, the demand for machinery that can handle high-moisture crops and tough residues is at an all-time high. The 9YG-2.24D Round Baler represents a significant leap forward in harvesting technology. Unlike traditional models that rely on cam-track pickups which are prone to wear and mechanical failure, the 9YG-2.24D utilizes a state-of-the-art Axial Flow Semi-Forced Feeding Mechanism. This proprietary design not only reduces power consumption but also increases the feeding rate significantly, minimizing the probability of grass blockage.

Efficiency is the cornerstone of the 9YG-2.24D. By eliminating the cam and guard ring in the pickup mechanism, maintenance downtime is drastically reduced, allowing for higher operating speeds of up to 35 km/h. This is crucial for contractors who need to clear fields quickly between harvest and planting windows. The machine creates standard Φ1300×1400 mm bales, utilizing a sophisticated net binding system that ensures bale integrity during transport and storage.

Whether you are baling corn stalks in the American Midwest or managing rice paddies in Jeollanam-do, the 9YG-2.24D delivers a productivity rate of 40-100 bales per hour, doubling the efficiency of many conventional balers in its class.

Furthermore, the robust construction of the 9YG-2.24D, with a structural mass of 3922 kg, ensures stability on uneven terrain. The 18-roller compression chamber is engineered to apply uniform pressure, resulting in consistent bale density controlled by advanced sensors. This machine is not just an implement; it is a strategic asset for agricultural enterprises looking to optimize their biomass collection and forage preservation processes while adhering to the highest standards of mechanical reliability.

4. Market Analysis: Adapting to South Korea's Agricultural Regulations

The South Korean agricultural sector is currently undergoing a significant transformation driven by government policies aimed at sustainable farming and environmental protection. One of the critical challenges for Korean farmers is the management of rice straw (Nong-lim) after harvest. The 9YG-2.24D Round Baler is specifically configured to address the nuances of this market. In Korea, the "Direct Payment Program for Preserving Field Fodder" encourages farmers to harvest rice straw for cattle feed rather than burning it. Our baler's high-density compression capability ensures that the harvested straw meets the quality standards required for premium livestock feed, maximizing the subsidies farmers can receive.

Furthermore, environmental regulations in South Korea, such as the Clean Air Conservation Act, strictly prohibit the open burning of agricultural by-products to combat fine dust pollution. This mandates the use of efficient baling equipment. The 9YG-2.24D's ability to handle wet and tough straw without clogging makes it an ideal solution for complying with these strict environmental laws. Unlike smaller, lighter balers that may struggle with the density of damp rice straw, our heavy-duty rollers and axial flow system ensure continuous operation, allowing farmers to clear fields rapidly before winter frosts set in.

We also address soil compaction concerns. Korean regulations regarding land preservation are becoming stricter. Despite its robust weight of 3922 kg, the 9YG-2.24D is designed with a wide wheel track (2600 mm) and utilizes flotation tires that distribute weight evenly. This design minimizes soil compaction, preserving the paddy's soil structure for the next planting season, which is a key compliance factor for land preservation laws in East Asia.

5. Working Principle, Material Technology & Compatibility

வேலை செய்யும் கொள்கை: The 9YG-2.24D operates on a "Pick-up, Feed, and Roll" continuous cycle. As the tractor tows the unit, the spring-tooth pickup lifts the windrowed crop. The core innovation lies in the Axial Flow Feeding System. Instead of a complex cam track that guides the tines (a common point of failure), our design uses a direct rotor and tine interaction to force the crop into the chamber. Inside, 18 high-strength steel rollers rotate to roll the crop into a tight cylinder. Once the preset density is reached, sensors trigger the net binding mechanism, wrapping the bale securely before ejection.

Material Excellence: The rollers are manufactured from reinforced alloy steel with a diameter of 222mm, treated for wear resistance against abrasive crops like rice straw. The chassis undergoes a rigorous electrostatic powder coating process to resist corrosion, essential for the humid climates of Korea and Southeast Asia.

6. Compatibility and Component Comparison

7. Global Round Baler Market Trends Analysis

The agricultural machinery market is witnessing a decisive shift towards high-density automation மற்றும் durability. Current trends indicate that farmers are moving away from small square balers towards large round balers due to labor shortages—a critical issue in South Korea's aging farming population. The trend is "One Man, One Machine." The 9YG-2.24D aligns with this by offering high throughput that allows a single operator to clear vast areas efficiently.

Another significant trend is the utilization of biomass. With the rise of bio-energy plants, the demand for straw bales as fuel is increasing. This requires bales that are denser and better shaped for transport logistics. The 9YG-2.24D's sensor-controlled density ensures that every bale is optimized for transport efficiency, reducing the cost per ton for logistics companies. We are also seeing a trend towards "Smart Implements," and our sensor-based density control is a step towards full ISOBUS compatibility in future iterations.

8. Application Scenarios

8.1. South Korea: Rice Straw Management

• Application: The 9YG-2.24D excels in managing wet rice straw in South Korea, addressing the country’s strict environmental regulations against open burning. It helps farmers efficiently harvest rice straw for livestock feed while complying with the Clean Air Conservation Act. The baler’s robust construction and axial flow feeding mechanism prevent clogging, even in wet conditions, ensuring optimal performance during the monsoon season.

8.2. United States: Corn Stalk Harvesting

• Application: In the U.S., particularly in the Midwest, the 9YG-2.24D can be used for harvesting corn stalks after the main harvest. Its high-density baling capability and fast operational speed (up to 35 km/h) make it ideal for clearing large fields quickly, with productivity rates of up to 100 bales per hour. It can handle large volumes of dry residue efficiently.

8.3. Russia: Winter Wheat Residue Management

• Application: Russian farmers dealing with large winter wheat fields benefit from the 9YG-2.24D's ability to handle tough, dense straw. The machine’s ability to operate in challenging conditions and its robust design make it well-suited for the country’s varied and often rough terrain, enabling fast, efficient residue management ahead of spring planting.

8.4. China: Biomass Collection for Bioenergy Plants

• Application: In China, the growing bioenergy sector requires the collection of straw and other crop residues for use as biomass. The 9YG-2.24D's sensor-controlled density system ensures that each bale is optimized for transport efficiency, contributing to the increasing demand for biomass as an energy source in the country’s energy transition.

8.5. India: Rice Straw Management in Punjab

• Application: In India, particularly in Punjab, rice straw burning is a major environmental issue. The 9YG-2.24D offers an effective solution for farmers by efficiently baling rice straw for use as livestock feed or bedding. This helps reduce air pollution while increasing the farmers' productivity through high-density bales that are easy to handle.

8.6. Brazil: Sugarcane Residue Harvesting

• Application: Brazilian farmers can use the 9YG-2.24D for managing sugarcane residues. The baler’s high bale density and robust construction make it capable of handling the tough, fibrous material left behind after sugarcane harvesting. The machine’s speed and productivity would significantly boost operational efficiency during the post-harvest period.

8.7. Australia: Wheat and Barley Straw Collection

• Application: Australian farmers, particularly in the wheat-growing regions, would benefit from the 9YG-2.24D’s ability to bale wheat and barley straw efficiently. The 9YG-2.24D provides excellent compression and can operate on the country’s large, flat fields, helping with residue management and reducing the need for burning, which aligns with the nation's environmental goals.

8.8. Argentina: Forage Preservation for Livestock

• Application: In Argentina, where livestock farming is a significant part of the agricultural sector, the 9YG-2.24D could be used for baling high-quality forage like alfalfa and clover for silage. The advanced net wrapping system ensures that the bales are tightly secured, preventing spoilage during transport and storage, which is essential for livestock feed quality.

8.9. Ukraine: Corn and Sunflower Straw Baling

• Application: Ukrainian farmers can use the 9YG-2.24D to collect and bale corn and sunflower residues. The baler’s axial flow feeding system ensures smooth operation even with the tough, fibrous material left after crop harvesting, offering an efficient way to handle large quantities of residue and reducing field residue burning.

8.10. South Africa: Silage Baling for Cattle Feed

• Application: In South Africa, where cattle farming is widespread, the 9YG-2.24D could be used for silage baling, a key process in preserving high-moisture forage. The machine’s flexible power requirements (55-100 kW) make it adaptable for different farm sizes, and its sensor-controlled bale density ensures consistent quality, which is critical for silage fermentation.

9. About us | Factory Capabilities & OEM Customization Services

At EVER-POWER, we understand that agriculture varies by region. Our manufacturing facility, located in a National Economic and Technological Development Zone, spans over 32,000 square meters and is equipped with CNC laser cutting machines, automatic welding lines, and electrostatic spraying lines. This advanced infrastructure allows us to offer superior Product Customization Services.

Whether you need a specific color scheme to match your tractor fleet (e.g., LS Blue or Kubota Orange),

modified hitch points for specific tractor linkages,

or reinforced pickup tines for particularly rocky terrain.

Our R&D center can accommodate your needs. We hold ISO9001 certification and strictly adhere to quality management systems to ensure that every customized unit meets global standards.

10. Customer Success Case:

அடிக்கடி கேட்கப்படும் கேள்விகள் (FAQ)

Here are answers to common questions regarding the 9YG-2.24D, optimized for voice search and local market concerns.