Energy Storage ES1
Designing an energy storage system (ESS) for medium utilities involves creating a solution that addresses the specific energy storage needs.
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CONTROL SYSTEM
Human-Machine Interface (HMI) and IoT (Internet of Things) control functions play crucial roles in the operation and management of energy storage systems (ESS). These functions enable users to monitor, control, and optimize the performance of the ESS in real-time, leading to increased efficiency, reliability, and responsiveness.
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LITHIUM ION BATTERY PACK
Energy storage system (ESS) with an internal battery pack involves creating a self-contained unit that can store and release energy as needed. This type of system is commonly used for various applications, including backup power, load leveling, peak shaving, and integrating renewable energy sources.
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SYSTEM DETAILS
HMI Control Processor - STM32 Cortex M4 32 Bit, DSP and FPU.
IOT Control MCU - ESP32.
USB 2.0 Output 5V 2A For Portable Device Charging.
Auto Cut ON/OFF Battery Charge Controller.
Dual NTC Thermistor Internal Battery Temperature Monitoring And System Enclosure Temperature Monitoring.
HMI Interface GUI Software Version 1.65.1
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INTERNAL BATTERY CONFIGURATION
Cell Type - 18650.
Voltage Per Cell - 3.6V.
Battery Pack Capacity- 57600 MaH, 57.6 Ah.
Nominal Voltage - 36V.
Charging Voltage - 42V.
C- Rate Discharge - 3.47C.
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SYSTEM OUTPUT TYPE
AC AND DC Output.
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CONTROL TYPE
HMI Touch Display Control.
IOT Control.
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CHARGING TYPE
AC-DC Charging.
DC-DC MPPT Charging.
Energy Storage ES2
Designing an energy storage system (ESS) for large utilities involves creating a solution that addresses the specific energy storage needs.
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CONTROL SYSTEM
(NLP) Natural Language Processing and IoT (Internet of Things) control functions play crucial roles in the operation and management of energy storage systems (ESS). These functions enable users to monitor, control, and optimize the performance of the ESS in real-time, leading to increased efficiency, reliability, and responsiveness.
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LITHIUM ION BATTERY PACK
Energy storage system (ESS) with an internal battery pack involves creating a self-contained unit that can store and release energy as needed. This type of system is commonly used for various applications, including backup power, load leveling, peak shaving, and integrating renewable energy sources.
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ENCLOSURE MATERIAL
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IP65 Protection Classes Alluminium Profile Enclosure.
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SYSTEM DETAILS
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IOT Control MCU ESP32.
Auto Cut ON/OFF Battery Charge Controller.
Single Relay Auto Switch Power Failure Controller For Internal And External Battery Pack.
Dual Relay NTC Thermistor Sensor Controller To Control Excess Heating of Internal Battery And System Enclosure During Charging.
Digital Display.
Voice Enabled Controling.
Charging Voltage And Current Controller.
Low Battery Alarm.
SOC Display.
ECO And SMART Battery Saver Mode.
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INTERNAL BATTERY CONFIGURATION
Cell Type - 18650.
Voltage Per Cell - 3.6V.
Battery Pack Capacity- 57600 MaH, 57.6 Ah.
Nominal Voltage - 36V.
Charging Voltage - 42V.
C- Rate Discharge - 3.47C.
External Battery 48V to 72V.
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SYSTEM OUTPUT TYPE
AC AND DC Output.
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CONTROL TYPE
Voice Control.
IOT Control.
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CHARGING TYPE
AC-DC Charging.
DC-DC MPPT Charging.
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Energy Storage ES3
Designing an energy storage system (ESS) for Small utilities involves creating a solution that addresses the specific energy storage needs.
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CONTROL SYSTEM
Voice activated control and IoT (Internet of Things) control functions play crucial roles in the operation and management of energy storage systems (ESS). These functions enable users to monitor, control, and optimize the performance of the ESS in real-time, leading to increased efficiency, reliability, and responsiveness.
​
LITHIUM ION BATTERY PACK
Energy storage system (ESS) with an internal battery pack involves creating a self-contained unit that can store and release energy as needed. This type of system is commonly used for various applications, including backup power, load leveling, peak shaving, and integrating renewable energy sources.
