· Compared to traditional tea-picking machines, Dehua lithium battery tea-picking machines offer several advantages across multiple dimensions:

I. Energy and Environmental Protection Aspects
- Efficient Energy Utilization:
Dehua lithium battery tea-picking machines utilize lithium batteries as their power source. These batteries are characterized by high energy density, allowing them to store more electrical energy within the same volume and weight compared to conventional fuel engines used in traditional tea-picking machines. Consequently, the energy conversion efficiency is significantly higher. For instance, after a single charge, Dehua lithium battery tea-picking machines can operate continuously for extended periods due to efficient energy utilization, thereby minimizing frequent work interruptions caused by insufficient power.
Traditional tea-picking machines experience considerable energy losses attributed to factors such as low-quality materials used in motor coils, gears, and blades. A substantial amount of energy is dissipated as heat, resulting in a relatively low proportion of effective energy utilized during picking operations.

- Superior Environmental Protection Performance:
Lithium battery tea-picking machines do not emit exhaust gases during operation, making them environmentally friendly for the tea garden ecosystem. This positively impacts air quality, soil health, and the quality of harvested tea leaves within the garden. With increasing emphasis on ecological sustainability in modern agricultural practices today , these environmental benefits stand out prominently.
In contrast ,traditional machinery constructed from inferior materials tends toward shorter lifespans resulting excessive waste generation . Furthermore ,their operational stability may be compromised negatively impacting both growth rates among cultivated plants while also diminishing overall leaf quality .

II.Portability and Operability Aspects
- Lightweight and Portable Machine Body:
The design of Dehua lithium battery tea -picking machine emphasizes lightweight construction . Thanks largely attributable characteristics inherent with using lighter-weighted Li-ion cells enables ease transport mobility throughout various terrains encountered when navigating complex landscapes requiring movement between different areas facilitating labor reduction efforts significantly .
Traditional models tend exhibit bulkier designs which complicate maneuvering through gardens especially challenging mountainous regions necessitating additional manpower support.

• Simple and Convenient Operation:
The operation interface of Dehua lithium battery tea-picking machines is designed to be clear and concise. The layout of buttons and control switches adheres to ergonomic principles, enabling operators to quickly engage with the machine without requiring extensive training. For instance, tasks such as starting, stopping, and adjusting the picking speed are straightforward, which can significantly enhance work efficiency.
In contrast, some traditional tea-picking machines tend to utilize low-quality materials that make them more susceptible to damage. Consequently, operators must invest time in learning repair techniques, which can hinder the smooth progression of tea-picking operations.

III. Power Performance and Stability Aspects
• Stable and Efficient Power Output:
The motors integrated into Dehua lithium battery tea-picking machines—whether brushless inner rotor or brushless outer rotor types—deliver stable and efficient power output for optimal performance. These motors are well-coordinated with the transmission system of the machines, facilitating consistent power delivery to working components such as blades; this ensures a seamless execution of picking tasks. For example, during leaf collection, the blades maintain a steady cutting speed and force that enhances overall picking quality.
Conversely ,the power output from traditional tea -picking machinery may suffer due instability arising from motor ,gear blade operational states (e.g., vibrations,speed fluctuations),leading insufficient fluctuating outputs throughout harvesting processes ultimately impacting both efficiency quality achieved .

• Adaptability to Multiple Working Conditions:
Dehua lithium battery tea -picking machine motors come in various types with distinct characteristics allowing flexible selection based on specific requirements .For example,the brushless outer rotor motor provides high torque at lower rotational speeds making it ideal for conditions demanding substantial torque (such as dense foliage); meanwhile,the brushless inner rotor excels under scenarios necessitating higher RPMs.This adaptability empowers these advanced systems better cater diverse needs encountered across different gardens varying growth conditions present within each unique environment .
Traditional models typically rely on singular fixed sources lacking flexibility adjust outputs adequately when faced differing cultivation styles thus potentially falling short meeting varied demands effectively.

IV. Maintenance and Cost Aspects
- Simple Maintenance:
The design of Dehua lithium battery tea-picking machines is relatively straightforward. Key components, such as lithium batteries and motors, exhibit a low failure rate under normal operating conditions. Furthermore, lithium batteries do not necessitate complex maintenance tasks like regular oil changes or filter cleanings required by fuel engines, significantly reducing the difficulty and workload associated with maintenance.
In contrast, traditional tea-picking machines equipped with fuel engines require a series of routine maintenance procedures that are not only cumbersome but also demand professional technicians and specialized tools; otherwise, malfunctions may easily occur.

- Lower Operating Costs:
The charging costs for the lithium batteries utilized in Dehua lithium battery tea-picking machines are comparatively low. In comparison to the maintenance expenses associated with traditional tea-picking machines, this can result in substantial long-term savings for users.