Greenhouse 50HP Tractor

This 50HP greenhouse tractor precisely meets the needs of large-scale and intelligent development in protected agriculture. With core advantages of "compact efficiency, stable adaptability, and low-consumption durability," it has achieved triple breakthroughs in efficiency, cost, and adaptability compared to traditional operation modes, validated by authoritative test data. Proven in large-scale farms across China, it is the preferred equipment for full-process mechanized operations in greenhouses.

◆Accelerated large-scale development of protected agriculture: Global greenhouse planting area increases by over 8% annually, with continuous growth in the proportion of multi-span greenhouses and intelligent greenhouses. Demand for specialized agricultural machinery suitable for narrow spaces is surging.

◆Labor shortage drives "machine substitution": Labor costs for greenhouse operations rise by 12%-15% annually, making high-efficiency specialized tractors a key to cost reduction for large-scale farms.

◆Explosive demand in niche markets: Imports of special tractors for greenhouses grow by 18% annually. The 50HP model has become the main choice for medium and large greenhouses due to its balanced power and flexibility.

A dedicated full-process tractor designed for large-scale greenhouses, multi-span greenhouses, and high-value fruit and vegetable bases. It focuses on core scenarios such as plowing, ridging, transplanting, fertilizing, and plant protection. Addressing the pain points of traditional tractors-"bulky size, poor maneuverability, and excessive or insufficient power"-it provides an efficient, flexible, and cost-effective mechanized solution for 20-200 mu large-scale greenhouses.

1. Compact and Flexible for Space Adaptation: 100% Narrow Passage Pass Rate, 30% Higher Operation Efficiency

Test conditions: Conducted in a 1.4m-wide passage multi-span greenhouse in Shouguang, Shandong (mainstream narrow passage specification in the industry). Compared the tractor's performance with traditional 60HP general-purpose tractors and manual push-type agricultural machinery, testing indicators including passage pass rate, turning time, and single greenhouse operation efficiency.

Data comparison:

Operation Method	Passage Pass Rate	Minimum Turning Space Requirement	Turning Time for 300㎡ Standard Greenhouse	Total Operation Time per Greenhouse
50HP Greenhouse Tractor	100% (no scratches)	3.5㎡	45 seconds	22 minutes
Traditional 60HP General-Purpose Tractor	0% (1.6m body width, unable to enter)	8㎡	-	-
Manual Push-Type Agricultural Machinery	100%	None (manual steering)	2 minutes	45 minutes

 

Conclusion: With a body width of ≤1.2m and a minimum turning radius of 2.8m, the tractor perfectly adapts to 1.4-1.5m-wide greenhouse passages with a 100% pass rate, solving the core pain point of traditional general-purpose tractors-"unable to enter or maneuver." Turning time is 75% shorter than manual machinery, and single greenhouse operation efficiency is improved by 51%. Combined with continuous operation capability, the daily workload is 2.5 times higher than the manual mode.

2. Precise Power Matching: 20% Lower Fuel Consumption, Better Deep Ploughing Performance Than Traditional Models

Test conditions: Conducted deep ploughing operations at 20cm depth in greenhouse soil at Shanghai Huiji Farm. Compared power output stability, fuel consumption, and deep ploughing quality with traditional 55HP general-purpose tractors and manual deep ploughing over a 10-day test period, covering a total operation area of 50 mu.

Data comparison:

Operation Method	Deep Ploughing Uniformity	Proportion of Soil Crushed to ≤2cm Particle Size	Fuel Consumption per Mu	Power Surplus Rate
50HP Greenhouse Tractor	96%	92%	7.2L/mu	5% (precise power matching)
Traditional 55HP General-Purpose Tractor	88%	85%	9.0L/mu	30% (severe power waste)
Manual Deep Ploughing (Shovel + Harrow)	65%	40%	- (no fuel consumption)	-

 

Conclusion: The customized 50HP engine optimizes the power curve for greenhouse soil characteristics, with a torque reserve of 28%. Deep ploughing uniformity is 9% higher than traditional general-purpose tractors, and soil crushing effect is better, providing an optimal environment for crop root growth. Avoiding power surplus, fuel consumption per mu is 20% lower than traditional models. For 50 mu of operations, 90L of fuel can be saved, translating to annual fuel cost savings of over 12,000 yuan (based on 500 mu of annual operations at current oil prices).

3. Multi-Functional Adaptation Reduces Investment: 40% Lower Equipment Cost, No Additional Tools Needed for Full-Process Operations

 

Test conditions: Simulated annual operation scenarios for 200 mu of greenhouses (covering 6 core processes: plowing, ridging, transplanting, fertilizing, spraying, and film covering). Compared equipment investment and operation connection efficiency between this tractor (equipped with more than 20 compatible agricultural implements) and "traditional single-function agricultural machinery combinations."

Data comparison:

Operation Plan	Number of Equipment Required	Total Equipment Investment (10,000 yuan)	Process Switching Time	Annual Equipment Maintenance Cost (10,000 yuan)
50HP Greenhouse Tractor (Multi-Functional Adaptation)	1 main unit + 20 implements	18	5-8 minutes/process	1.2
Traditional Single-Function Agricultural Machinery Combination	6 units (ploughing machine + ridging machine + transplanting machine + fertilizing machine + spraying machine, etc.)	30	30-40 minutes/process	3.5
Manual Operation (No Equipment)	-	-	-	-

 

Conclusion: Through a rear three-point hitch system and standardized interface design, the tractor is compatible with more than 20 types of greenhouse-specific agricultural implements, realizing "one main unit for the entire process." Total equipment investment is 40% lower than traditional single-function combinations. Process switching time is reduced by 80%, avoiding efficiency loss from frequent equipment replacement. It also reduces equipment storage space (only requiring storage space for 1 main unit) and annual maintenance costs by 66%, significantly alleviating equipment investment and operation pressure for large-scale farms.

4. Durable Design for Environment Adaptation: Core Component Lifespan Up to 8,000 Hours, Failure Rate Below 1.5%

 

Test conditions: Conducted 1,000 hours of continuous high-intensity operation tests in a closed greenhouse environment with high humidity (relative humidity 85%-95%) and high dust (soil dust concentration 0.8mg/m³). Compared core component wear, failure frequency, and adaptability with traditional general-purpose tractors.

Data comparison:

Equipment Type	Dust Filtration Efficiency	Lifespan of Core Components (Engine + Hydraulic System)	Failure Rate After 1,000 Hours of Operation	Rust Resistance Rate in High Humidity Environment
50HP Greenhouse Tractor	99.2%	8,000 hours	1.2%	98% (no obvious rust)
Traditional General-Purpose Tractor	85%	4,500 hours	8.5%	70% (rust on some components)

 

Conclusion: The dry air filter system is optimized for dusty greenhouse environments, with a dust filtration efficiency 16.7% higher than traditional models, effectively preventing engine air intake system blockage. The waterproof and corrosion-resistant body coating and sealing design can withstand 85%-95% high humidity environments, with a core component rust resistance rate of 98%. The failure rate after 1,000 hours of high-intensity operation is only 1.2%, much lower than the 8.5% of traditional general-purpose tractors. The lifespan of core components reaches 8,000 hours, 1.8 times that of traditional models, meeting the high-intensity operation needs of large-scale greenhouses with 8 crops per year and reducing production delays caused by equipment downtime for maintenance.

Category	Specific Parameters
Power System	Rated power: 36.8kW (50HP), 4-stroke direct injection engine, maximum torque 165N・m
Dimension Specifications	Length × Width × Height: 3200mm×1200mm×1550mm, wheelbase 1800mm
Driving Performance	Maximum speed: 28km/h, 12 forward gears / 8 reverse gears, minimum turning radius 2.8m
Operation Adaptation	Hitch load: Rear three-point hitch, maximum lifting capacity 1800kg, hydraulic output flow 25L/min
Endurance Configuration	Fuel tank capacity 45L, continuous operation time 8-10 hours, fuel consumption per 100km ≤8.5L
Safety Protection	Cab roll cage, optimized operation field of view design, braking distance ≤3.5m (at 20km/h)

Case 1: Domestic 200-Mu Intelligent Greenhouse Vegetable Base (Shanghai)

Cooperation Partner: Huiji Vegetable Intelligent Planting Farm (200-mu multi-span greenhouse, 8 crops of leafy vegetables per year)

Application Scenarios: Full-process operations including plowing, ridging, transplanting, and plant protection

Implementation Effects: Equipped with 6 units of 50HP greenhouse tractors, replacing 12 manual workers. Single greenhouse operation time reduced from 45 minutes to 22 minutes, with a daily workload of 30 standard greenhouses. Operation efficiency is 2.5 times higher than traditional manual planting. Annual labor cost per mu is reduced by 12,000 yuan, with an investment payback period of only 8 months.

Case 2: Domestic 180-Mu Intelligent Multi-Span Greenhouse Fruit and Vegetable Base (Shouguang, Shandong)

Cooperation Partner: Shouguang Smart Agriculture Science and Technology Park (180-mu domestic multi-span glass greenhouse, focusing on high-value tomato and cucumber soilless cultivation, with an annual output of 1,200 tons of export-grade fruits and vegetables)

Application Scenarios: Full-process mechanized operations including soil pretreatment, elevated cultivation trough foundation work, water and fertilizer integration supporting cultivation, and plant protection spraying

Implementation Effects: The base adopts a "sunken external insulation multi-span greenhouse" design with a passage width of only 1.4m. After investing in 5 units of 50HP greenhouse tractors, it perfectly adapts to the narrow operation space with a 100% operation pass rate (traditional general-purpose tractors cannot enter the core operation area due to their large size). Compared with imported specialized tractors, the deep ploughing uniformity reaches 96%, optimizing the crop root growth environment. Tomato yield per mu is increased by 1,000kg, and cucumber malformation rate is reduced by 8%. Fuel consumption per mu is only 7.2L, 25% lower than imported models, saving 280,000 yuan in annual operating costs. Core components have operated stably for 2 years without failure in high-humidity closed environments, with a failure rate below 1.5%, fully meeting the high-intensity operation needs of large-scale greenhouses with 8 crops per year.

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