Energy storage station "heat dissipation guardian" - TIS thermal conductive encapsulation adhesive

Energy storage station "heat dissipation guardian" - TIS Thermal conductive potting compound

Under the background of the explosive growth of the global energy storage industry, the safe and stable operation of electrochemical energy storage stations has become the core requirement. The heat dissipation problem is precisely the key factor restricting the lifespan and safety of the energy storage system. As the core of energy storage, lithium batteries need to be operated at a temperature range of 25℃ - 35℃. An increase in temperature or excessive temperature difference can easily lead to capacity reduction, decreased cycle life, and even cause thermal runaway. In this context, TIS Thermal conductive potting compound has emerged to safeguard the energy storage stations with its high heat dissipation capability.

The TIS, specially designed for energy storage scenarios, accurately addresses the industry's heat dissipation challenges. Its outstanding thermal conductivity enables rapid heat transfer from core components such as battery cells and PCS modules, eliminating temperature differences at hotspots and preventing local overheating from the source, thereby extending battery life and reducing operation and maintenance costs. Additionally, the product has passed UL94 V-0 flame retardant certification and possesses high insulation properties, forming a "thermal dissipation + insulation + flame retardant" triple safety barrier, eliminating the risks of short circuits and the spread of thermal runaway.

Adapt to complex working conditions, with both practicality and reliability at their peak. The elastic protective layer formed after curing can absorb vibration and shock, and its low shrinkage property prevents damage to sensitive components; it can handle harsh environments with ease, and can be adapted to various scenarios such as household use and large-scale power stations without the need for adjustment.

Balancing process friendliness and large-scale application, it helps reduce costs and increase efficiency. Excellent fluidity enables deep-level sealing without dead corners, with convenient operation, high curing efficiency, and compatibility with automated production lines; after curing, it can be easily peeled off, providing convenience for later rework and repair, and optimizing the total life cycle cost.

With high heat dissipation enabling energy storage safety, and with reliable performance adapting to industry upgrades, breaking through the bottleneck of heat dissipation technology, it injects lasting "coolness" power for the stable operation of energy storage stations, and helps the energy storage industry achieve high-quality development and global energy transformation.