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Features Core Technology Machine structure IOT Technology

Features

True Class 1 Energy Efficiency

National Class 1 energy efficiency (GB/19153-2019 standard) saves over 30% energy compared to conventional compressors, making it the ideal choice for carbon reduction and efficiency improvement in the era of carbon neutrality.

Horizontal Two-Stage Compression

Dual-coaxial integrated structure with 100% transmission efficiency; staged compression with a pressure ratio of 3 reduces backflow leakage and improves energy efficiency; isothermal compression saves 15% energy at the same flow rate; horizontal design with low center of gravity for more stable operation.

Air-Cooled High-Efficiency Permanent Magnet Motor

No slip in rotor, no electrical excitation, reduced copper and iron losses, and less heat generation. Efficiency is 5%-8% higher than the same capacity asynchronous motors.

Smart IOT

Remote control via IoT, standard equipped with an air energy maintenance platform.

Core Technology

Two-Stage Air-Cooled Compression Main Unit

The rotor has no slip, no electrical excitation, and reduced copper and iron losses, with minimal heat generation, reducing stator current and stator resistance losses. Its efficiency is 5%-8% higher than the same capacity asynchronous motors, especially at low speeds, where high motor efficiency is still maintained.

Synchronous Motor with Stepless Speed Regulation

Electronic speed control is used in the two-stage compression process, allowing both the first and second-stage main units to achieve synchronous stepless speed regulation, meeting various requirements. The motor efficiency is 95.5%, saving 4.1% energy, with high torque and stable operation.

Energy-Efficient Line

Through in-depth analysis of energy-saving needs and continuous optimization of product structure, Xinlei's technical team has been upgrading the V series line with years of technical expertise. This line is one of the most energy-efficient screw compressor lines, featuring high volumetric efficiency, reasonable drive contact points, and a small area of the discharge side leakage triangle.

Machine structure

Efficient Filtration System

-High-efficiency oil-gas separator ensures that the exhaust gas oil content is below 3 ppm.

-High-efficiency oil filter removes impurities from the lubricating oil, providing clean lubrication for the compressor rotors and bearings.

-High-efficiency horizontal air filter removes dust and impurities from the intake air, preventing damage to the compressor rotors and bearings.

Two-stage Air-cooled Compression Unit

-Horizontal structure with a low center of gravity, reducing vibration and ensuring stable operation.

-Integrated compressor and motor structure, achieving 100% transmission efficiency.

-Smaller compression ratio compared to single-stage compressors, minimal internal leakage, and inter-stage oil cooling for nearly isothermal compression.

-Realizes synchronous, stepless speed regulation, meeting various needs with a motor efficiency of 95.5%. Energy-saving by 4.1%, with high torque and stable operation.

Dual Variable Frequency System with Constant Temperature and Pressure

-Increased radiator area, with a surface anti-rust and anti-corrosion coating, easy to clean and long-lasting, ensuring good constant temperature heat dissipation.

-Low oil temperature, preventing oil path clogging, carbon build-up, and high-temperature issues.

-Stable operation of the unit, extending its lifespan and avoiding high-temperature shutdowns.

Intelligent control system

-On-site, mobile phone, computer at the same time intuitive display,users, service providers, manuf-acturers synchronous display: running state, running data, fault warning;

-Real-time on-line monitoring of pressure, power, temperature fluc-tuations.

Intelligent Control System

-On-site, mobile, and computer interfaces provide simultaneous, intuitive display of operational status, running data, fault warnings, etc., visible to users, service providers, and manufacturers.

-Real-time online monitoring of pressure, power, and temperature fluctuations.

IOT Technology

The cloud platform can record and provide the operating status and operating parameters of the wind turbines bound to the platform, as well as perform fault alarm and data recording analysis. Users can log in to the platform to realize remote monitoring and energy-saving settings management, enabling users to realize real-time equipment management. At present, the IoT cloud platform provides ANDRIOD, IOS, and PC clients, and open interfaces to link with third-party software such as ERP, providing users with more possibilities.

Statistical analysis of gas data to help enterprises make business decisionsStable air pressure, scientific energy saving of the wholeUse gas on demand to avoid wasting energyEquipment operation daily records, maintenance and daily management are more convenientReal-time monitoring of energy consumption, real-time data collectionVisualize equipment running status and view real-time working statusEquipment remote management, intelligent joint control