Hunan Dongxin Group, founded in 1999, is a large privately-owned enterprise with 3,000 employees and 400,000 spindles. The company adheres to a product positioning of "high-end, specialty, and scale," focusing on the production of high-grade knitted yarn, core-spun yarn, slub yarn, and other series of products. Using high-quality Xinjiang cotton, American cotton, and environmentally friendly specialty differentiated fibers, it has an annual yarn output of 90,000 tons. The company consistently pursues a business philosophy of "high-quality products, differentiated products, high-tech technology, and scientific management." It is one of the largest slub yarn manufacturers in China, and its patented product JVC enjoys high prestige in the domestic textile market.

I. Reducing Electricity Costs (Direct Economic Benefits)

1.1 Peak-Valley Arbitrage:

Hunan implements a time-of-use electricity pricing policy (peak, flat, and valley). Energy storage can charge at a low price during the valley period and discharge for self-use during the peak period, reducing high-priced electricity expenses.

1.2 Demand Charge Management:

Energy storage can smooth out the peak factory power load, reducing the maximum demand power and demand charges.

II. Ensuring Stable Power Supply (Reliability Improvement)

2.1 Emergency Backup Power:

During periods of tight electricity supply or sudden power outages in Hunan during the summer, energy storage can serve as a backup power source, ensuring the uninterrupted operation of key production equipment and reducing production losses.

2.2 Voltage/Frequency Support:

Energy storage can quickly respond to grid fluctuations, improving the power supply quality of the park and preventing damage to precision equipment due to voltage drops.

III. Supporting Green Transformation (Policy and Brand Value)

3.1 Green Electricity Consumption:

If the park is equipped with photovoltaic power generation, energy storage can store excess green electricity, increasing the proportion of self-generation and self-use (peak photovoltaic power generation in Hunan is at noon, which may mismatch with the peak factory power consumption).

3.2 Carbon Emission Optimization:

Reducing the amount of electricity purchased from the grid (especially thermal power), helping enterprises achieve their "dual carbon" goals and improve ESG ratings.

3.3 Policy Subsidies:

Hunan may provide subsidies for user-side energy storage projects (for example, Changsha once provided a subsidy of 0.3 yuan/kWh for integrated photovoltaic and storage projects), or priority participation in demand response (subsidies of approximately 200-500 yuan/MW·time).

Hunan Jiasheng Safe Food Industry Center is located in Liuyang City, Changsha City, Hunan Province, approximately 110 meters northeast of Jiasheng International Industrial Park on Liudong Road, Liuyang City, Changsha City. This data comes from the Industrial Park Database of the Foresight Industry Research Institute. For 20 years, Foresight Industry Research Institute has been focusing on research, planning, and investment attraction of various industries, industrial parks, industrial real estate, characteristic towns, and industrial new cities nationwide, assisting in local industrial development and promoting the integration of industry and city.

I. Reduce Electricity Costs (Direct Economic Benefits)

1.1 Peak-Valley Arbitrage:

Hunan implements a time-of-use electricity pricing policy (peak, flat, and valley). Energy storage can charge at a low price during the valley period and discharge for self-use during the peak period, reducing high-priced electricity expenses.

1.2 Demand Charge Management:

Energy storage can smooth the peak factory power load, reduce the maximum demand power, and reduce demand charges.

II. Ensure Stable Power Supply (Reliability Improvement)

2.1 Emergency Backup Power:

During peak electricity consumption in Hunan summers or sudden power outages, energy storage can serve as a backup power source to ensure the uninterrupted operation of key production equipment and reduce losses from work stoppages.

2.2 Voltage/Frequency Support:

Energy storage can quickly respond to grid fluctuations, improve the power supply quality of the park, and prevent damage to precision equipment due to voltage drops.

III. Support Green Transformation (Policies and Brand Value)

3.1 Green Electricity Consumption:

If the park is equipped with photovoltaic power generation, energy storage can store excess green electricity and increase the proportion of self-generation and self-use (the peak of photovoltaic power generation in Hunan is at noon, which may mismatch with the peak of factory electricity consumption).

3.2 Carbon Emission Optimization:

Reduce the amount of electricity purchased from the grid (especially thermal power), help enterprises achieve "dual carbon" goals, and improve ESG ratings.

3.3 Policy Subsidies:

Hunan may provide subsidies for user-side energy storage projects (for example, Changsha once provided a subsidy of 0.3 yuan/kWh for integrated photovoltaic and storage projects), or priority participation in demand response (subsidies of approximately 200-500 yuan/MW·time).