Isieindia Private Limited

PV Panel	1kWp
MPPT Solar Charger Controller	Required for efficient energy harvesting from solar panels
Off-grid/Grid-tie Inverter	Depending on the system's grid connection
Battery Type	Lithium-ion
Battery Capacity	200Ah
Battery Voltage	600V

The Solar Charging and ESS System is an integrated solution designed to harness solar energy for EV charging while storing surplus power in a smart energy storage unit. Equipped with real-time performance monitoring, it ensures optimized energy usage, grid independence, and sustainability in EV infrastructure.

Panel Overview 

•  Type: Solar Energy Storage System (ESS) and Vehicle-to-Grid (V2G) Mock Layout
•  Purpose: Hands-on training on solar energy generation, storage, and V2G integration for electric vehicles
•  Mounting: Compact, tabletop workbench with integrated panel for control and monitoring

 

Control & Monitoring Panel 

 

 Meters (7 Units):

• o Digital Voltmeter (AC/DC): Measures input/output voltage levels
•  Digital Ammeter (AC/DC): Measures input/output current levels
•  Digital Wattmeter: Measures power flow in system
•  Indicators for Solar Generation, ESS Charging/Discharging, and V2G Operation

 Indicators (5 Units):

•  LED Indicators for system status:

 Power ON
 Solar Charging Active
 ESS Charging Active
 ESS Discharging Active
Training Features 

 

•  Demonstration of Solar Energy Storage
•  ESS Charging and Discharging Operations
•  Monitoring of Energy Parameters (Voltage, Current, Power)

•  Fault Simulation (Overload, Overvoltage, and Short Circuit Scenarios)

Phase / Power	3-Phase
Connectors / IP Rating	IEC 60309 16A socket (optional) | IP54 rated enclosure
Input Voltage Range	240V AC +-15%
Connector Standard	IS/IEC 60309-compliant charging interface
Temperature Range	55 DegreeC
Operable Range	450V AC
Total Output	9.9 kW (3 x 3.3 kW channels)
Communication	OCPP 2.0
User Access	App-based session control and monitoring

The Charging Station Learning & Training Workbench is a comprehensive setup designed to replicate and analyze alternating current (AC) charging protocols for electric vehicles, providing a controlled environment forstudying and optimizing On Grid charging infrastructure and protocols in the EV industry.

Key Features

 

•  Real-time simulation of 3-phase AC charging
•  Protocol-level testing with OCPP 2.0
•  Remote access via WiFi, Ethernet, and 4G
•  On-grid voltage fluctuation handling (190V–450V)
• Environmental testing from –20°C to +55°C
• Data logging and fault simulation support
• App-controlled charge initiation and analytics