


As a key executive unit of building automation, the intelligent valve precisely regulates the air conditioning water system, automatically balancing the heating and cooling demands, ensuring ultimate comfort while minimizing building energy consumption to the greatest extent.
Provides stable and reliable flow control for precision air-conditioning systems, ensuring fail-safe cooling for critical equipment. Intelligent alerts and rapid response safeguard data security.
Our intelligent valves automatically adjust based on room temperature and network data, eliminating hot and cold imbalances and achieving dynamic balance across the entire system. This helps heating utilities reduce energy consumption while enhancing end-user comfort and satisfaction.
















Dynamic Balancing, Precise Flow Control — Optimizing Every Unit of Energy Efficiency.
More precise control · Smarter operation & maintenance
Precisely sensing every degree, stably controlling every moment













Professional Balancing Valve and Control Valve Manufacturer
The Core of Value Is Creating Value
NEWS

Precision Control. Reliable Performance. Powering AI Potential
In data center liquid cooling systems, flow control precision and operational reliability have become key factors in ensuring stable computing power output. In response to the stringent requirements of liquid cooling systems for high-precision regulation, zero-leakage safety, cleanliness, and high-density installation, TigerIoT officially launches its stainless steel clamp ball valve, purpose-built for data center liquid cooling applications.

The 8th China Heating Academic Annual Conference Held Successfully, TigerIoT Sub-Forum Concludes Successfully
During the 8th China Heating Academic Annual Conference, TigerIoT successfully hosted a dedicated sub-forum. Centered on the theme of “Secondary Network Balancing and Control,” the forum focused on sharing an IoT- and AI-algorithm-based dynamic balancing solution for secondary heating networks. It systematically presented an integrated smart heating solution combining hardware and software that covers the “Station–Network–User” architecture, providing innovative insights into precise regulation and intelligent management of heating systems.

China Data Center Expo 2025 Held in Shanghai, TigerIoT Sets New Industry Direction
Guided by China’s national “dual-carbon” strategy, the “East Data, West Computing” initiative, and the 14th Five-Year Plan for Renewable Energy Development, the data center industry is entering a new stage of growth.
To promote the high-quality development of China’s data center and intelligent computing power industries, the 11th Shanghai International Data Center Industry Exhibition, the 6th China Data Center Green Energy Conference, and the 2025 China Intelligent Computing Center Full-Stack Technology Conference & Exhibition were grandly held from June 11 to 13, 2025, at the Shanghai New International Expo Centre.

Connecting Smart Heating & Cooling · Shaping a Shared Future | TigerIoT at CR China 2025
The 36th China Refrigeration Expo will be held from April 27 to 29, 2025, at the Shanghai New International Expo Centre. TigerIoT will showcase a range of newly launched balancing valves and control valves, and cordially invites you to visit Booth W5E27 to explore the future development of the heating and cooling industry together.

TigerIoT Showcases at Shanghai International Energy Storage Expo, Shaping a Green Energy Future Together
At the 13th Shanghai International Energy Storage Industry Exhibition, TigerIoT showcased its smart control and energy-efficient solutions, actively engaging in industry exchanges across the energy storage and green energy sectors, and contributing to low-carbon development and a sustainable future through technological innovation.

A New Showcase at China Heating Expo | TigerIoT Integrated Smart Heating Solution
At the 2024 China Heating Expo, TigerIoT made a prominent appearance with its newly launched integrated smart heating solution combining both hardware and software,demonstrating innovative practices in energy efficiency, control, and system management through a coordinated “Station–Network–User” control architecture.