ANPL 600kW/1398kwh Energy Storage Project for Huzhou Lixin Textile was Successfully Connected to The Grid!
On November 27, the Huzhou Lixin Textile 600kW/1398kwh energy storage power station project in Huzhou, Zhejiang (hereinafter referred to as the “project”) was successfully connected to the grid and put into operation. The project equipment was supplied by ANPL and Kale Power investment and construction, and will be responsible for its later operations and management.
This project is located in Huzhou, Zhejiang. It uses idle land in the factory area to build an industrial and commercial energy storage power station, equipped with 6units of ANPLQiji 233 100kW/233kWh energy storage systems. The project operates using the strategy of "peak shaving and valley filling" and applies the operating model of "charging in valley sections, discharging during peak periods, charging twice a day and discharging twice a day". It can increase the amount of available electricity in peak periods by more than 820,000 kilowatt hours for enterprises every year, and reduce consumption for enterprises.
The Qiji 233 supplied by ANPL is an "All-in-one" fully liquid-cooling distributed energy storage system. It integrates the battery system, thermal management system, and PCS converter into an integrated design. And through self-developed MBMS (EMS+BMS integration) intelligent system control, it can meet users' peak and valley arbitrage and emergency power needs.
The project adopts the EMC model for cooperative construction. Kale Power is responsible for project investment, construction and operation management. The user only needs to provide the project installation site to obtain energy storage benefits with "0" investment. At the same time, while strictly following the standardized energy storage power station construction process, the Kale team fulfilled its promise of “signing in the same month, investing in the same month” and completed the project construction and grid connection within one month.
Through precise demand-side management measures, this project effectively reduces the company's electricity expenses. In addition to creating EMC economic benefits for the company, it simultaneously relieves the company's load pressure during peak hours and further improves the safety, stability and energy utilization efficiency of power consumption in the factory. , and effectively provide the enterprise with more reliable and lower-cost power services.
In addition, during periods when the company's external lines are shut down for inspection, repair, or power outage, the industrial and commercial energy storage system can act as a "diesel generator" to provide emergency backup power services for the company.
As a traditional pillar industry in China, the textile and chemical fiber industry consumes large amounts of electricity and accounts for a high proportion of social electricity load. In this context, Lixin Textile will further achieve refined energy management by adding 6 sets of ANPL’senergy storage systems to the original photovoltaic system in the factory, help the company reduce costs and increase efficiency, and inject new energy into the company's green transformation and development. power.
The "industrial and commercial energy storage + textile industry" solution provided by ANPL focuses on the actual needs of textile companies, and is committed to providing more efficient, reliable, and low-cost energy solutions for the textile industry. And contribute to industry energy management reform and achieve high-quality development.