Energy Storage System
solid-state battery energy storage system solutions
Large Energy Storage
A container that integrates energy storage batteries, energy management systems, battery management systems, fire protection systems, thermal management systems, etc. It is used to store electrical energy and provide peak load regulation, frequency regulation, demand response and other services for the power system.
Industrial and commercial energy storage
It refers to energy storage equipment installed on the electricity-consuming side of office buildings, factories, etc. Its main goals include self-generation and self-use, peak-valley price arbitrage, serving as a backup power source to improve users’ power supply reliability and energy quality, and participating in the electricity market to obtain profits.
Main Features
High safety
The battery uses a polymer skeleton, high-temperature-resistant separator, and ultra-microporous current collector foil. Through flexible packaging, it can effectively reduce damage to the battery when it is impacted, significantly improve battery performance, and eliminate the risk of battery explosion and open fire.
Large capacity
The battery capacity is increased to 500Ah, which improves system integration, significantly improves production efficiency, increases the volume-to-energy ratio of the product, reduces product volume by 20%, reduces system connection points by 50%, and greatly reduces the probability of failure. Effectively reduce the cost of energy storage systems.
Easy to assemble
The CTC architecture is adopted to reduce the production control process, facilitate quality control, have strong scalability, flexible system capacity adjustment, optimize battery installation methods, high space utilization, and convenient later maintenance, reducing operation and maintenance costs by no less than 20%.
Project Cases
Project location: Kenli District, Dongying City, Shandong Province
Project type: New energy storage
Project scale: 80MW/160MWh
Project Name: Hongguang Fishery Photovoltaic Power Generation Project
The project will build an 80MW/160MWh centralized energy storage system, using large-capacity solid-state polymer lithium iron phosphate batteries as energy storage media. The energy storage system consists of 32 sets of 2.5MW (5MWh) energy storage units, each of which contains two 2.5MWh energy storage battery cabins and one 2.5MW variable current boost cabin.
