Case study of cooperation on the power generation side
Megawatt level energy storage application in Shenzhen
Responding to the national policies of “carbon neutrality” and “peak carbon emissions”, and fully utilizing the peak valley electricity price difference
Install and operate a 500kW/1MWh energy storage system in Shenzhen Industrial Park, achieving valley charging and peak discharging, achieving peak valley arbitrage, and reducing factory electricity costs
The battery has a large storage capacity and a battery energy conversion efficiency of up to 96%
By adopting dynamic balancing battery management technology, battery maintenance can be quickly and automatically completed to meet the needs of various application scenarios
The battery management system adopts multi-level management, which is flexible, reliable, and easy to expand and upgrade
Real time monitoring of individual battery voltage and temperature, with configurable sampling time
Adopting LCD touch screen design, monitoring is more intuitive and operation is more convenient
Open Ethernet or RS485 (optional) interface design reduces the difficulty of developing advanced applications for energy storage systems
Container installation, high degree of modularity, simple structure, easy to install and maintain
Choose an intelligent temperature control system with minimal temperature fluctuations
The container is equipped with an automatic fire alarm and extinguishing system, which can be uploaded to the fire monitoring system
Huizhou Yuanshan Service Area "Light Storage Charging" Integrated Demonstration Project
The integrated demonstration project of “photovoltaic storage and charging” in Yuanshan Service Area integrates multiple technologies such as photovoltaic power generation, energy storage batteries, and intelligent charging piles
It is the first integrated project of “light storage and charging” in the expressway service area built in Huizhou City, and also one of the five new energy storage pilot projects in Huizhou City
The annual power generation of the project is about 1 million kWh, and the annual reduction of CO ₂ is about 637.9 tons.
