Our Commercial and Industrial ESS solutions support energy capacities ranging from 100 to 344kWh that can meet the flexible configuration needs of various scenarios. The products support both on-grid & off-grid operation modes, provide UPS function, and can realize flexible expansion, thereby maximizing investment returns and ensuring energy independence for clients. We also incorporate self-developed software to simply manage microgrid applications and participate in electricity spot market transactions in the form of virtual power plants (VPP), proactively embracing new power systems.

Topology Drawing

     100kW/215kWh All-In-One Energy Storage System  is an integrated battery energy storage system comprising a lithium-ionbattery pack (hereafter referred to as PACK), a power converter system (hereafter referred to asPCS), an energy management system (hereafter referred to as EMS), a liquid thermal managementsystem (hereafter referred to as LTMS), and a Thermal Runaway Suppression System. Through EMSmanagement, it achieves the storage and release of electrical energy.Battery Charging: Controlled by the EMS, the PCS converts mains electricity or other powersources into direct current to charge the batteries, storing energy within them.Battery Discharging: Controlled by the EMS, the stored battery energy is converted by the PCSinto alternating current to supply power to the load.

Electric Drawing

Our Strength

Application Scenarios	System Characteristics	System Composition
1.New Energy Distribution 2.Commercial Buildings 3.Charging Stations 4.Data Centers	1.Outdoor IP54 Design, adapt to complex environment 2.System cycle efficiency ≥90% 3.High density battery 4.Intelligent management and scheduling	1.Lithium battery + ENS + PCS integration 2.Energy stroage battery:215kWh 3.Energy storage converter: 100kW

Products Process

We're a leading solution provider in the field of distributed energy, focusing on industrial, commercial, and residential scenarios. SQT provides core products and comprehensive solutions for energy storage systems(BESS), with a mission to lead green energy technology and bring zero-carbon energy into daily life, achieving safe, efficient, and intelligent operation of electricity.

Application

Peak-valley arbitrage

Peak Shaving and Valley Filling: The system automatically charges during off-peak hours when electricity rates are low and discharges during peak demand periods. This load-shifting strategy significantly reduces demand charges and overall energy costs for businesses.

PV Energy Time-Shift

Solar Self-Consumption Optimization: For facilities with rooftop solar PV systems, the ESS captures excess solar energy generated during the day that would otherwise be fed back to the grid at low rates. This stored energy is then used during evening hours or cloudy periods, maximizing the return on investment for solar installations.

Power Protection and Backup