The loader electric is a new type of environmentally friendly loading machinery powered by lithium batteries, relying on an electric motor-driven walking system and a hydraulic operating system. It belongs to the category of pure new energy engineering equipment. Its core functions are the same as those of a fuel-powered loader, capable of shoveling, transferring, leveling, stacking, and unloading bulk materials such as sand, gravel, slag, grain, and minerals. It also solves the industry problems of exhaust pollution, noise pollution, and high fuel costs associated with traditional equipment. If you are interested in loader electric, contact us immediately for customized solutions and accurate quotes, and to view more equipment photos, construction videos, and customer case studies!
Loader Electric Technical Parameters
| Model: EL12 | Type Battery Option type Power Drive | Electric Lead acid or lithium battery Fuel (diesel or gasoline) engine 12hp,16hp,18hp,20hp,22hp 1800W | Hydraulic motor Length Width Height Tire | 1500W 2.8m 1m 1.45m 500-12 off-road tire |
| Charge and use for 6-8 hours at a time.Lift 2.2m and unload 1.4m | ||||
| Model:EL18 | Battery Drivemotor Hydraulic motor Weight Load weight | 140A，60V 2000W 2000W 1500kg 700kg | Lifting height Unloading height Tire Size | 2.7m 1.9m 23*8.5-12 3.27*1.06*1.45m |
| Model:YG150E | Overall dimension (L*W*H) Total weight Loading bucket capacity Max.Lifting height Max. Dump height Max.Dump distance Rated load capacity Turning radius Travel speed Min. Ground clearance Wheel tread 120 Battery x5 Boom lifting time | 2700*1160*2175mm 1260 kg 0.3m3 2520mm 1738 mm 700 mm 500kg 3100mm 15km/h 200mm 1150mm 60V（DC） 5—7s | Beautiful appearance, compact structure, standard forklift operator console, high safety factor, five 120 maintenance-free batteries, equipped with an intelligent 60V DC controller, brake power off, under voltage protection, over current protection, overload protection, speed limit protection, under speed protection, front and rear axle differential protection. The above protection functions make the motor more energy efficient and durable, and it can work continuously for six hours. | |
Loader Electric Working Principle
The loader electric adopts an integrated working principle of battery power supply + electric motor drive + electro-hydraulic coordination. It is divided into four major systems: power storage, electronic control center, walking drive, and hydraulic operation. Its operating logic is precise and efficient, unlike the complex combustion and transmission structure of a fuel-powered engine.
- Power Storage System: The entire machine is equipped with a high-safety lithium iron phosphate battery pack as its sole power source. This pack stores electrical energy and continuously supplies power to the equipment, supporting both fast and slow charging modes to adapt to varying operating durations. The battery pack features intelligent temperature control and overvoltage/overcurrent protection systems, ensuring stable power output even in high and low temperature environments.
- Electronic Control Hub System: The core intelligent controller collects operating signals in real time, precisely allocates power output, and dynamically adjusts the speeds of the travel motor and hydraulic motor. This achieves stepless speed regulation and smooth start-stop, eliminating the idling losses and power jerking issues associated with fuel engines, significantly improving operational accuracy.
- Travel Drive System: An independent travel motor receives electronic control signals, driving the gearbox and wheels to complete forward, backward, turning, and climbing movements. The transmission efficiency is far higher than that of a fuel-hydraulic transmission structure, with extremely low power loss.
- Hydraulic Operating System: A dedicated hydraulic motor drives a hydraulic pump to output high-pressure oil, which controls boom lifting, bucket retraction, and tilting via cylinders. With original factory quick-change interfaces, it can be adapted to various attachments, enabling multi-functional operation. The operation process is fuel-free, with no mechanical wear or abnormal noise, resulting in smoother operation.
Core Advantages of Loader Electric
- Low Carbon, Environmentally Friendly, Zero Pollution: Pure electric drive, no exhaust emissions, no fuel consumption, fully compliant with environmental control standards, allowing for routine operation in enclosed workshops, urban core areas, and areas with strict environmental controls.
- Ultra-Low Operating Costs: Electricity costs are far lower than fuel costs, and the machine requires no frequent replacement of consumables such as engine oil, diesel fuel, and filters. Annual maintenance costs are more than 60% lower than fuel-powered models, making it extremely cost-effective in the long run.
- Low Noise, Stable Operation, Comfortable Operation: Motor noise is below 65 decibels, with no engine vibration or abnormal noise, improving the operator’s working environment and reducing noise pollution in the surrounding area.
- Simple structure and low failure rate: Abandoning complex fuel combustion and transmission structures, the core components are the battery, motor, and electronic control system. The modular design ensures stability and reliability, reducing potential failure points and lowering maintenance requirements.
Loader Electric Application Scenarios
- Industrial Plants/Steel Mills/Chemical Parks: Leveraging its zero-emission and low-noise advantages, it is suitable for material handling in enclosed factory areas and indoor workshops, avoiding environmental penalties.
- Municipal Sanitation/Urban Infrastructure: Used for road sweeping, snow removal, construction waste transportation, and sidewalk leveling, with no noise pollution or exhaust emissions.
- Agriculture, Forestry, and Animal Husbandry: Completes tasks such as manure removal in livestock farms, feed transportation, deep tillage in greenhouses, land reclamation in gardens, and seedling transport. The equipment is compact, flexible, and pollution-free.
- Mining/Sand and Gravel/Port Operations: Heavy-duty electric motor models are suitable for loading and unloading bulk materials in mines, sand and gravel plants, and ports. Long-term, high-frequency operation can significantly reduce energy costs.
- Equipment Rental Industry: The entire series of models is suitable for various construction scenarios. Low maintenance costs, low failure rate, and fast return on investment make it a core revenue-generating equipment for engineering rental companies.
YG Loader Electric Core Competitive Advantages
As a leading manufacturer specializing in the R&D, production, and export of new energy construction machinery, YG has cultivated the loader electric field for many years. It possesses complete production lines for electronic control, batteries, and complete machine assembly. Compared to similar products in the industry, its core advantages are prominent:
- Customized lithium battery system for a more stable range: All models are equipped with industrial-grade lithium iron phosphate batteries, supporting intelligent temperature control and dual fast and slow charging modes. The batteries have a long cycle life, strong anti-degradation capabilities, and can operate stably in both high and low temperature conditions, eliminating issues like power loss or temporary power interruptions.
- Self-developed intelligent electronic control system: Independently optimized electronic control programs ensure linear and smooth power output, eliminating power jerks. Loading and lifting actions are precise and smooth, effectively reducing material spillage and improving work efficiency by over 15%.
- Thickened Heavy-Duty Body Design: The entire machine is constructed from high-strength wear-resistant steel plates, with reinforced boom, frame, and articulated joints. It remains undeformed and crack-free under heavy loads, is suitable for high-intensity continuous operation, and boasts a service life superior to ordinary generic models.
- One-Stop Attachment Matching: Equipped with a standard hydraulic quick-change interface, it can be used with various attachments such as log grapples, snowplows, bulldozer blades, and sweepers, offering versatility.
- Ultra-Low Energy Consumption Optimized Tuning: Energy consumption logic is optimized for regular operating conditions, automatically saving energy under no-load and delivering full output under heavy load. Under the same working conditions, power consumption is lower than the industry average, further reducing user operating costs.
Loader Electric FAQ
Q1: Which is more cost-effective, an electric loader or a fuel-powered loader?
A: For high-frequency, routine operation scenarios, loader electric is preferred. Although the initial purchase price is slightly higher, the electricity, maintenance, and consumable costs are extremely low, saving tens of thousands to hundreds of thousands of yuan in operating expenses annually. The investment can be recouped in 1-2 years, making its long-term cost-effectiveness far superior to fuel-powered models. For low-frequency, occasional operation, fuel-powered models are a suitable choice.
Q2: What is the lifespan of an electric loader battery? Does it need replacement?
A: YG original lithium iron phosphate batteries have a cycle life of over 3000 cycles. With normal maintenance and use, they can be used stably for 5-8 years. Non-human-caused damage within the warranty period will be repaired or replaced free of charge, so there’s no need to worry about battery deterioration later.
Q3: Can the loader electric be used with various attachments?
A: Genuine original loader electric is equipped with hydraulic quick-change interfaces. All YG models can be used with over 20 types of attachments, allowing for quick switching between loading, crushing, sweeping, material handling, snow removal, and other operations, achieving multi-purpose functionality.
Q4: Can the loader’s electric still operate normally in low temperatures?
A: The YG model is equipped with an intelligent temperature control battery system, which can start and operate normally in environments as low as -20°C with only a slight decrease in battery life. For extremely cold regions, an original insulated battery module can be selected to ensure stable battery life.
