Super-large energy storage products

Who is supere energy storage?

At Supere, we are a leading energy storage manufacturer in China. With a global presence, we provide residential, commercial, industrial, and utility scale energy storage solutions. Our products are widely used in more than 40 counties. Supere's energy storage solutions have completely transformed the way we manage our electricity consumption.

Who is supere technology?

Supere Technology is a high-tech company, focusing on Battery technology and product developmenbt and manufacture. We can supply customized consumer electronics battery, EV battery, Industrial battery and all scenario energy storage products.

Where can long-duration energy storage be used?

Long-duration energy storage is applicable everywhere, and some FES’s long-duration energy storage finds applications across diverse sectors. From electric power utilities and islands to data centers, our solutions drive efficiency, reliability, and sustainability.

Is Mr giant energy storage suitable for a back-to-back layout?

The Mr. Giant energy storage system is well suited for a back-to-back layout. This approach can reduce land occupancy by 35%, thus maximizing the product's value in various environments, whether in grasslands, gobi deserts, or constrained urban spaces.

How is energy storage empowering industries to meet a dynamic energy landscape?

Learn how FES is empowering industries to meet the demands of a dynamic energy landscape. Energy storage has the potential to allow the grid to be driven by intermittent renewable energies. Isolated from supply lines, islands require energy storage to reduce electricity costs.

What is energy storage & why is it important?

Energy storage has the potential to allow the grid to be driven by intermittent renewable energies. Isolated from supply lines, islands require energy storage to reduce electricity costs. Data centers range in size from localized “edge” data centers with small electricity demands to hyperscale data centers with large electricity demands.