It can achieve staggered peak electricity consumption, reduce electricity costs, and serve as an emergency backup power source to improve the reliability of household power supply, achieving self-sufficiency in electricity.

Save user electricity bills, reduce the impact of electricity price increases, generate additional benefits from renewable energy, and reduce environmental impacts, ensuring electricity stability and economy.

Help restore the stability of the power grid on the power side, optimize the output curve of power generation, reduce wind and light waste, provide system loss and frequency regulation and peak shaving functions, increase the proportion of renewable energy generation, and optimize the energy structure.

This product is an efficient integrated intelligent power management system (IPCP) independently developed by Suzhou Precision Control, which meets the ISO26262 design standard. It can achieve fast installation, eliminate cumbersome wiring harnesses and redundant interfaces, and achieve miniaturization, lightweight, and standardized design.

CCS is a part of the BMS system, replacing traditional battery components such as copper wire harness acquisition lines and temperature sensors.

BMS plays a perception role in the energy storage system, mainly monitoring the operation status of each battery within the battery energy storage unit to ensure the safe operation of the energy storage unit. BMS measures the basic parameters of the battery, including voltage, current, temperature, etc., to prevent overcharging and discharging, and extend the battery's service life.

EMS has achieved mining and analysis of thermal management operation data and battery health of energy storage equipment through big data statistical analysis, empowering decision-making and risk prediction for energy storage stations, and truly enabling unmanned operation of energy storage stations.