Founded in 1993, KSTAR is one of the leaders in electronics and new energy. The company has over 4,200 employees, more than 630 patents and offers solutions that use the latest technology and a focus on reliability. Their mission is clear - to bring value to customers through high quality smart energy solutions.
Product introduction C&I ESS: KAC50DP & BC100DE
Safety and reliability
CATL LFP battery cell
Double fire protection system design
Redundant 1+1 design
Simplicity and user-friendliness
Pre-installed at the factory
For easy on-site installation
Integrated EMS, suitable for a variety of applications
Hassle-free, cloud-based control
Built-in EMS with CAN Control interface, equipped with BMS with redundant design
1+1 redundant design
Better cooperation between BMS and EMS
Faster response with shorter communication distance
Attentive protection function
User-friendly EMS design with multiple modes of operation
7-inch EMS screen with easy operation
More reliable communication with less risk of external influences
Provides a third party communication interface for higher level monitoring and control
Double extinguishing system Automatic and fast reacting extinguishing system at module and cabinet level.
Module level: Each module is equipped with an effective, environmentally friendly aerosol that is released when the sensor detects abnormal temperatures to minimize the effects of fire.
Cabinet level: The two corners of the battery cabinet are also equipped with aerosol extinguishing, this double extinguishing design makes the entire EZS safer.
Built-in HVAC system Highly efficient temperature and humidity control system for better battery performance.
Strategy:The PV generator prioritizes meeting the demands of loads, and any excess PV power will be stored for later use. Purpose: Reduce the electricity bill by minimizing energy consumption from the grid.
Strategy:when the power drawn from the mains falls outside the peak/low range, the battery will start to discharge/charge. Purpose:Avoid additional alarms caused by extremely high demand and make good use of the power capacity contracted with DS.
Strategy: Preset a schedule for charging and discharging the system with a selectable time range and power rating. Purpose:Make good use of electricity price movements to minimize the unit cost of electricity.
Strategy: PV generation and grid meet battery charging requirements; batteries are discharged only after grid failure. Purpose:Provide longer back-up time and reliable power source