Energy storage products are very special and require high consistency in temperature collection. The energy storage cycle life requirement is over 15 years. For a 1GWh energy storage power station, the number of battery cells used exceeds 1.5 million, and the product consistency requirement for energy storage is more than 10000 times that of automotive power batteries. This also means that the risk of fire in inferior products is higher. So, in order to ensure safe use, how to choose the energy storage harness correctly?
In fact, the core of energy storage wiring harness is to collect temperature and voltage signals. Paige Rui has rich experience in independently developing energy storage cables and has now expanded into the field of energy storage wiring harness, with integrated development. It has modern wiring harness processing and production lines for energy storage high-voltage wiring harness and electric vehicle high-voltage wiring harness, ensuring better quality of energy storage wiring harness.
The current load of an energy storage system is usually related to capacity and output power. When selecting an energy storage harness, it is necessary to ensure that it can withstand the maximum current load required by the energy storage system, including factors such as harness power loss, resistance, and temperature rise, to ensure the reliability and safety of the harness.
The energy storage system operates for a long time with frequent charging and discharging cycles, so the durability and fatigue resistance requirements for the energy storage harness are very strict. It is important to ensure stable electrical connectivity even after long-term use.
The energy storage system involves high-voltage electricity, and it is necessary to choose energy storage wiring harnesses with good insulation and flame retardant properties to prevent fires and other safety accidents. Special attention should be paid to selecting products that meet safety standards.
Energy storage systems are often used in extreme temperature, humid, or corrosive environments, so strict performance requirements are placed on high temperature resistance, moisture resistance, and corrosion resistance. Using inappropriate wiring harnesses in harsh environments may lead to performance degradation and affect the normal operation of the energy storage system.
Paige Rui can provide reliable energy storage wiring harnesses for energy storage systems, BMS, and PCS. Paige Rui energy storage wiring harnesses are temperature resistant, voltage resistant, and current resistant, suitable for use in extreme environments.