The Final Work of Haichen Energy Storage’s Ten Benchmark Cases (2023): Alxa League’s 100-kilowatt Clean Energy Base “vanguard” Project

Datang Inner Mongolia 1.7 million kW of new energy storage project, with capacity of 490MW/980MWh, covers the Alxa league region, the western and eastern area of Inner Mongolia. Recently, one of these three projects, Datang Inner Mongolia Alxa league 180MW/360MWh energy storage project, was completed and put into operation. The project includes Datang Alxa league Lanshan Phase II 200MW photovoltaic mining project with energy storage capacity of 60MW/120MWh; and Datang Alxa league Uliji 400MW wind power project with energy storage capacity of 120MW/240MWh. As the main equipment supplier for this project, HiTHIUM provides its innovative, cutting-edge Battery Energy Storage System (BESS) products to support the clean energy transition in Inner Mongolia and promote the construction of utility-scale wind power and photovoltaic bases.

Through the use of photovoltaic and mine management combined, Datang Alxa league Lanshan project has a total planned capacity of 200MW (AC) and installed capacity of 244.6MWp for DC system. This project is expected to generate 300 million kWh annually, saving about 130,000 tons of coal and 370,000 tons of CO2 emission every year.

As for Datang Alxa league Uliji project, it's a key project of clean energy in Uliji area. The total installed capacity of the project reaches 400MW, with the installation of 64 sets of single capacity of 6.25MW wind power equipments. The grid is expected to provide 1 billion kWh of clean electricity annually, with the reduction of 312,000 tons of coal and CO2 emissions of about 829,000 tons.

HiTHIUM has successfully overcome environmental challenges and technological difficulties in the shortest possible time with its advanced and innovative BESS technologies. With  projects in Inner Mongolia such as Huaneng Shangdu, Tumd Right Banner, etc., HiTHIUM once again contributes to accelerate the local energy transition and the sustainable development of the regional economy.

What laser equipment is used in energy storage projects?

In energy storage projects, laser equipment is mainly used in battery manufacturing and processing processes, especially laser welding and laser cutting.

Laser welding is widely used in the manufacturing of energy storage batteries. It mainly uses high-energy-density laser beams to weld electrode sheets to achieve electrode connection. Compared with traditional manual welding or machine welding, laser welding has higher precision and efficiency, which can greatly improve the manufacturing efficiency and quality of batteries.

In addition, laser cutting also plays an important role in battery manufacturing, as it can finely cut and process battery pole pieces to meet specific manufacturing needs.

In summary, laser equipment plays an important role in energy storage battery manufacturing and can improve manufacturing efficiency and battery performance.

What are the brands and models of laser equipment most commonly used in energy storage projects?

In energy storage projects, the most commonly used brands and models of laser equipment include but are not limited to:

1. Han’s Laser: Han’s Laser is a well-known laser equipment manufacturer in China, and its products are widely used in the field of energy storage. Han's Laser's laser cutting machines, laser welding machines and other equipment are used in energy storage battery manufacturing.

2. Huagong Laser: Huagong Laser is China's leading high-end laser equipment manufacturer. Its products cover laser cutting, laser welding, laser marking and other fields. In the manufacturing of energy storage batteries, Huagong Laser's laser welding machines and laser marking machines are widely used.

3. Fly Laser: Pentium Laser is a high-tech enterprise specializing in the research, development, production and sales of laser processing equipment. Its products include laser cutting machines, laser welding machines, laser marking machines, etc., which have certain applications in the field of energy storage battery manufacturing.

In addition, there are some internationally renowned brands and models of laser equipment, such as Germany's Trumpf, Italy's Prima laser, etc. These brands and models of laser equipment are also used in energy storage battery manufacturing, but the specific usage needs to be selected based on project requirements and equipment performance.

In short, in energy storage projects, choosing appropriate laser equipment requires consideration of multiple factors, including equipment performance, price, after-sales service, etc.

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