In today’s world electricity has become a basic necessity. With the advent of renewable energy, proper energy storage equipment has gained significant importance. Being an organization devoted to solar energy storage systems, Eitai has introduced the Temperature-Resistant Powerwall Battery to satisfy the existing temperature resistance requirements in the market.

Eitai Temperature-Resistant Powerwall Battery utilizes Lithium-ion technology which is one of the most preferred materials due to its high energy density, long cycle life and good charge and discharge performance. Eitai’s Powerwall battery has improved efficiency on energy conversation as well as fast charge and discharge speed as compared to conventional batteries. This means that the system has increased stability in power output and faster response times.

The construction of Eitai Temperature-Resistant Powerwall Battery is designed fully conforming to the use needs of the users. It has simple installation requirements, simple maintenance procedures and can be altered for various usage situations. In the event that Eitai’s battery is needed either as the main power source or as a backup power source, it is able to provide different options to prevent disruption of power supply.

Moreover, Eitai will also take care of all the technical details and offer after-sales service. Depending on the needs of the customers, the experts will help them design customized energy storage so that the system is optimally functional and has the longest service lifespan. Eitai also offers order fulfilment of after-sales activities like inspections and maintenance which are periodic as well as troubleshooting services of great speed so that the customers do not have any worries. 

To summarize, Eitai’s high temperature usage capacity makes the Eitai Temperature Resistant Powerwall Battery Energy Storage System a high temperature range dependent Energy storage battery. Furthermore, Eitai Temperature Resistant Powerwall battery is outdoor friendly, industrial friendly with high energy efficiency in a safe way.