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About Us

Yangtze Optical Thermal-Control Technology Co., Ltd., the holding subsidiary of Yangtze Optical Electronic Co., Ltd. has R&D center in Beijing. We are specialized in the development of new technologies and exploration of new processes in thermal control materials, thermal control components and thermal management system, and devoted to providing customers with cutting-edge thermal control technology solutions.

The Company deeply focuses on the thermal control technology of various heating devices featuring small size, high integration and high power, and is devoted to satisfying the thermal control requirements of cutting-edge technologies. We provide the total solution of thermal management system such as heat dissipation and heat insulation. Our products cover high enthalpy value phase-change material, passive phase-change radiator, high-energy high-power phase-change heat accumulator, energy-storage thermal management system and new energy thermorunaway protection materials, widely applied in many important fields. The Company owns the full-chain design and production capacity from material manufacturing to heat transfer simulation and then to system design and optimization. The thermal control product independently designed and developed have been applied in aerospace and new energy fields.
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Application

Thermal management

Data center is the key infrastructure of information society and the core carrier of ICT technology. Data centers have become one of the fastest growing power consumption devices in the world. Relevant national data show that in 2020, China's data center power consumption hit a record high and exceeded 200 billion KWH, and energy consumption accounted for 2.7% of the country's total power consumption. With the promotion of the "dual carbon" strategic target, how to ensure the rapid development of data centers, but also quickly reduce energy consumption is receiving widespread attention.

New energy vehicle

Protective material for thermorunaway of battery: thermochemical heat storage material. Principle of thermorunaway propagation of battery: After the thermorunaway of a single battery, a large amount of heat will be transferred to the surrounding batteries, which will lead to thermorunaway propagation. Application of phase-change materials in battery thermorunaway protection: Phase-change materials can be made into various shapes and embedded in battery packs, and inorganic phase-change materials have high phase-change enthalpy and ultra-high thermal decomposition enthalpy.

Heat and energy storage

Heat storage stage: During peak shaving, the extracted high-temperature steam is stored in the material through the molten salt module, and the cooled steam is sent to the steam storage tank and stored in the form of saturated water, so as to achieve the load reduction goal of the unit. Heat release stage: During the non-peak shaving period, the saturated water in the steam heat storage tank is flashed to generate saturated steam, which flows through the high-temperature molten salt heat storage module in the opposite direction of heat storage to generate superheated steam for external supply, thus achieving the peak goal of the unit.

Consumer sector

Phase-change materials can be applied to walls, ceilings and floors of buildings During the day, solar energy is directly absorbed to heat the phase-change material, and at night, it is ventilated and cooled to release heat Improve the thermal comfort of buildings and reduce the energy consumption of buildings
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  • Thermal management
  • New energy vehicle
  • Heat and energy storage
  • Consumer sector