Soundon New Energy's commercial energy storage is an important part of the energy storage market, mainly used in commercial facilities. It aims to store and manage electrical energy to improve energy efficiency, reduce electricity costs, and enhance power reliability. Commercial energy storage refers to various storage facilities configured in commercial facilities, such as battery storage systems, super capacitors, etc., to achieve the storage and management of electrical energy. Depending on the different storage media and technological routes, energy storage can be mainly divided into five categories: mechanical storage, electrochemical storage, electromagnetic storage, thermal storage, and hydrogen storage. Among them, electrochemical storage, especially lithium-ion batteries, are widely used in the commercial energy storage field due to their high energy density, long cycle life, and quick response capabilities. Soundon New Energy Technology has always been committed to providing more energy storage solutions for customers, always adhering to the principle of "customer first."
Factory Park
Peak and valley arbitrage: Charge and store electrical energy during off-peak prices and discharge and use it during peak prices to achieve peak and valley arbitrage, reducing the enterprise's electricity costs.
Emergency backup: Serve as an emergency backup power source to ensure that key production equipment can continue to operate during grid failures or power outages, ensuring production continuity.
Microgrid system: Combine with renewable energy generation systems (such as photovoltaics and wind power) to form a microgrid system, improving energy self-sufficiency.
Data Center
Ensure stable operation: Quickly switch to supply power to the data center during a grid failure, ensuring data security and business continuity.
Reduce costs: Participate in auxiliary service markets such as peak shaving and frequency regulation to reduce the data center's electricity costs.
Heat recovery: Combine with the data center's cooling system to utilize the residual heat of the ESS battery module for heat recovery, improving energy utilization efficiency.
Commercial Complex
Enhance customer experience: Flexibly configure according to the power consumption characteristics of the commercial complex to achieve precise electrical energy scheduling and efficient utilization.
Energy saving and emission reduction: Provide emergency power supply services during grid failures to ensure the normal operation of the commercial complex. Additionally, combine with photovoltaic power generation systems to form an integrated light storage and charging system, further reducing electricity costs and carbon emissions.
Electric vehicle charging: Deploy EV battery module in commercial complexes or parking areas to provide fast charging services for electric vehicles and optimize the charging load curve of electric vehicles through the energy storage system to reduce the impact on the grid.
New Energy Vehicle Charging Station
Alleviate grid pressure: Release electrical energy during peak charging demand to alleviate grid pressure, and store electrical energy during off-peak charging demand to improve energy utilization efficiency.
Enhance charging efficiency: Combine with the smart scheduling system of the charging station to achieve optimal distribution and scheduling of charging loads.
Microgrid + Energy Storage
Stable power supply: Establish microgrids in areas with concentrated loads and use energy storage systems to store electrical energy. When a short-term power outage occurs, the energy storage system can provide stable power to the load.
Energy optimization: For off-grid microgrids, energy storage can smooth out renewable energy generation and serve as a backup power source; for grid-connected microgrids, the main role of energy storage is to achieve energy optimization and energy saving and emission reduction.
