东热亚洲狂野欧美_五月婷婷性网站免费观看_国产高清在线播放刘婷91_亚洲风情内射推销员_一点都不卡的中文视频_大山深处伦欲小说_国产精品免费观看视频播放_美女裸体啪啪无遮挡免费_对白脏话肉麻粗话AV_最新爆乳中文在线αv网址

About VAN SHARE
About VAN SHARE

VAN SHARE is an empowering platform for intelligent and energy-saving operation of cooling circulating water systems throughout their entire lifecycle. Independently developed based on the company's complete product database of nearly 20 years, rich project operation data, and system engineering experience.

VAN SHARE adopts Industrial Internet of Things (IIOT) technology to collect real-time equipment operating parameters. Through AI technologies such as virtual sensing and machine learning, combined with the "SaaS" technology architecture, the VANSCHARETM-IOM intelligent management software is developed to achieve precise matching and intelligent operation of the cooling circulating water system to process requirements.

The functions of and VAN SHARE include real-time monitoring of operating status, professional diagnosis of equipment health, and intelligent operation of system energy conservation. It covers multiple subsystems such as operation warning, precise selection, energy efficiency management, energy improvement transformation, and water quality monitoring, providing users with comprehensive services for circulating water systems both online and offline.


Application scenarios


Business Module


DIGITAL PLATFORM
  • Device IoT
  • Edge computing
  • Site digitization
  • Online management
OPERATION MAINTENANCE
  • Troubleshooting
  • Maintenance
  • Accessory service
  • Performance revamp
ENERGY EFFICIENCY
  • The cooling tower is energy efficient
  • Cycle power saving
  • Process system energy saving
  • System saves water

VANSHARETM-IOM

Technical Characteristics

  • The cooling tower is selected based on CTI certification,
  • and the cooling tower fan and spray pump are controlled according to the thermal performance requirements of the water end (flow rate + temperature difference).
  • The cooling circulating pump is controlled by frequency conversion according to the power demand of the equipment at the water end (flow rate + pressure difference).
  • A basic numerical model based on the "equal marginal efficacy" algorithm
  • Based on the strategy of "terminal demand control", the circulating water system is operated "precisely matched".
  • Application of artificial intelligence technology in virtual sensing and machine learning

VAN SHARE Box