Unstable power - Imagine a stormy night when the grid is overloaded and the power goes out, but your home stays warm and bright with the 215KWH Energy Storage Cabinet. It stores enough power to ensure that your home enjoys an uninterrupted supply of electricity even in the harshest weather conditions.

Space constraints -- Traditional energy storage systems often require a lot of space to accommodate various components, which is an insurmountable obstacle for many households. However, the integrated design of the 215KWH Energy Storage Cabinet allows all the necessary components to be compactly integrated into a container-sized space, making it easy to accommodate this ‘super housekeeper’ in even the most compact of home environments.

Lithium-ion energy storage: the new favourite of golf courses Golf courses, a place usually associated with nature and tranquillity, are now embracing a technological innovation. Lithium-ion energy storage technology, with its high efficiency, environmental friendliness and flexibility, is becoming the new favourite for course operations.

When lead-acid batteries, the traditional power source for golf carts, are gradually showing their limitations, lithium batteries, with their long life, light weight, fast charging and high efficiency, have become an ideal substitute.

First, the golf ball lithium: environmental protection and performance of the double play Lithium-ion batteries, with its high energy density, long life and low maintenance costs and other advantages, in the electric vehicle industry has emerged. Now, this technology is gradually penetrating into the leisure sports sector, providing cleaner and more efficient energy solutions for golf carts. Lithium-ion golf carts not only reduce the impact on the environment, but are also favoured by course managers and players for their fast charging and long range capabilities.

A hundred years of inheritance and durability: the long history of lead-acid batteries The invention of lead-acid batteries dates back to 1859, when French physicist Gaston Planté invented them. After more than 160 years, lead-acid batteries are still one of the most widely used types of batteries in the world, which demonstrates their technological maturity and reliability.

As the global demand for sustainable energy solutions continues to grow, lead-acid batteries, as a mature and cost-effective energy storage technology, are ushering in a series of technological innovations to adapt to the development of new energy markets. ​

Technological innovation: improving performance and efficiency Advances in technology have significantly improved the performance of lead-acid batteries. The new lead-carbon battery combines the advantages of lead-acid batteries and supercapacitors, providing faster charging and discharging speeds and higher energy efficiency. In addition, the lifetime and reliability of lead-acid batteries have been enhanced by optimising the battery management system.

In this era of rapid development, energy storage technology is undergoing a revolutionary change. Breakthroughs in new battery technologies are making our mobile phones, electric cars and home energy systems more efficient and convenient.