Xiongtao energy storage performance

Who is Xiong Tao Group?

Xiong Tao Group, one of the world's well-known intelligent energy storage solution service enterprises, was founded in Shenzhen in 1994, with nearly 4,000 employees. Listed in Shenzhen Stock Exchange in 2014, stock code 002733, sales in 2016 reached 2.5 billion. Xiongtao Group owns three internationally renowned brands: Vision, SENRY and Euroba.

What is the difference between exergy efficiency and RTE?

It measures the proportion of energy that can be effectively utilized during energy conversion or storage processes. In adiabatic CCES systems, exergy efficiency and RTE share the same value. Exergy efficiency places greater emphasis on the quality of energy, specifically its utilizable potential.

How many production bases does xiongtao have?

The company has three R & D and production bases - Shenzhen Xiongtao Science Park, Vietnam Xiongtao Science Park and Hubei Xiongtao production base, covering a total area of 260,000m2, with an annual production capacity of 6 million KVAH for lead acid and 1.1 billion Wh for lithium.

Did xiongtao pass environmental protection rectification in Guangdong?

In the national environmental protection rectification action in May 2011, Xiongtao successfully passed the verification of Guangdong Provincial Environmental Protection Department and became one of the environmental protection benchmarks in Guangdong and even the whole country.

What is exergy efficiency?

Exergy efficiency places greater emphasis on the quality of energy, specifically its utilizable potential. As a result, exergy efficiency is the most representative indicator among all efficiency metrics for reflecting the thermodynamic performance of a system. (4) where E is exergy, kW; the subscript D is destruction.

What is energy storage technology?

In 2022, 58.4% of global electricity still came from coal and natural gas. Energy storage technology serves as a critical enabling component in the development of new power systems. It facilitates the storage of energy in various forms, allowing for its subsequent release as required , .