News

Recently, the 0.5MW/1.165MWh energy storage project of Anhui Jincheng Composite Materials Co., Ltd. and the 0.8MW/1.864MWh energy storage project of Hefei Fangxin Property Co., Ltd. have been successfully started. As a professional domestic energy storage system manufacturer, Hanxing Energy will rely on its profound technical accumulation and rich project experience to provide solid guarantees for the efficient implementation and stable operation of the two major projects, and provide manufacturing companies with high-efficiency and high-reliability energy solutions.

01.

Anhui Jincheng Composite Materials Co., Ltd.

0.5MW/1.165MWh Energy Storage Project

Accurate power consumption analysis

Customized efficient energy storage solutions

Hanxing conducted an in-depth analysis of the commercial electricity consumption characteristics of Anhui Jincheng Composite Materials, and through charging and discharging simulation calculations, it was finally determined that the project adopts a modular integrated design. The equipment uses 5 Hanxing Energy 100kW/233kWh industrial and commercial energy storage liquid-cooled integrated machines , which are connected to the low-voltage side of the factory transformer through the grid-connected cabinet. The equipment can be charged during valley and flat periods, and discharged during peak periods, effectively utilizing the peak-valley electricity price difference to reduce electricity costs.

Innovative operating model

Sharing the dividends of green development

According to calculations, after the project is put into operation, it can release about 630,000 kWh of green electricity per year, with a cumulative discharge of 9.45 million kWh in 15 years. The peak-valley arbitrage income of the project can reach several million yuan within 15 years. This model can not only reduce the electricity cost for Jincheng Composite Materials, but also improve the stability of the enterprise's power grid through the flexible adjustment of the energy storage system, helping it to optimize its energy structure.

02.

Hefei Fangxin Property Co., Ltd.

0.8MW/1.864MWh energy storage project

Accurate power consumption analysis

Building a new green energy hub

The planned installed capacity of energy storage in this project is 0.8MW/1.864MWh. It adopts modular integrated design and uses 8 Hanxing Energy 100kW/233kWh industrial and commercial energy storage liquid cooling integrated machines. It is connected to the plant transformer through the grid-connected cabinet and realizes flexible allocation of electric energy through scientific charging and discharging strategies. Make full use of the peak-valley electricity price mechanism in Anhui Province, formulate differentiated operation plans according to the electricity consumption characteristics of different seasons, and achieve the dual goals of peak shaving and valley filling and economic benefits.

Innovative operating model

Activating new momentum for low-carbon economy

According to calculations, the project can release about 1 million kWh of green electricity annually, with a cumulative discharge of 15 million kWh in 15 years. The peak-valley arbitrage income of the project can reach several million yuan within 15 years , with significant economic benefits. By regulating the grid load through the energy storage system, new impetus can be injected into the development of local green energy, helping to achieve the "dual carbon" goal.

Helping achieve dual carbon goals

The two major projects are not only a display of Hanxing's technical strength, but also an important practice to promote the optimization of regional energy structure and promote the development of green economy. In the future, Hanxing Energy will continue to leverage its advantages in technology and resource integration to provide more customers with efficient and reliable customized energy storage solutions , help build a clean, low-carbon, safe and efficient modern energy system, help achieve the "dual carbon" goal, and promote high-quality development of the energy storage industry.

Editor | Niu Chengyu

Proofreading | Wang Xinrui