To Next PageTo Next PageWhat to do if Alpha ESS Storion-T50 Storage shows RTC error?
If your Alpha ESS Storage system displays RTC error, restart the system to check if the fault is eliminated. If the problem persists, contact AlphaESS customer service.
What to do if Alpha ESS Storage shows Over_Curr?
If your Alpha ESS Storage displays an Over_Curr error, reduce the number of loads to ensure the power required is less than the rated power of the system. After reducing the load, select fun-PCS-ClearFault on the EMS menu to clear the fault; otherwise, the PCS will not operate normally. If the problem continues, contact AlphaESS customer service.
What to do if Alpha ESS Storion-T50 displays PCS Lost?
If your Alpha ESS Storage indicates PCS Lost, check if the communication cable connector between the PCS (Storion-T50/T100-INV: port 9, 10) and TOP BMU (EMS) is connected. Then, restart the system. If the problem continues, contact AlphaESS customer service.
What to do if Alpha ESS Storion-T50 Storage displays BMS Lost?
If your Alpha ESS Storage indicates BMS Lost, check if the communication cable connector between the battery and TOP BMU (BMU) is plugged in. Then, restart the system. If the problem continues, contact AlphaESS customer service.
What to do if Alpha ESS Storion-T50 Storage shows Fire Controller Err?
If your Alpha ESS Storage system displays Fire Controller Err, check whether the AC and DC switches on the fire controller are all turned on, and check whether the fire communication is connected to DI2 (TOP BMU). If the problem is not resolved, please contact AlphaESS customer service.
What to do if Alpha ESS Storage shows STS subsystem grid N-line lost Fault?
If your Alpha ESS Storage system displays STS subsystem grid N-line lost Fault, check the connection of N phase of the grid. If the problem has not been solved, please contact AlphaESS customer service.
What to do if Alpha ESS Storion-T50 shows Module charge over current fault?
If your Alpha ESS Storage system displays a Module charge over current fault, restart the system to check if the fault is eliminated. If the problem is not resolved, stop any operation on the system and contact AlphaESS customer service.
What to do if Alpha ESS Storage shows Module discharge over current fault?
If your Alpha ESS Storage system displays a Module discharge over current fault, restart the system and turn off some of the loads to check if the fault is eliminated. If the problem is not resolved, stop any operation on the system and contact AlphaESS customer service.
What to do if Alpha ESS Storage shows STS subsystem off-grid AC voltage phase lost Fault?
If your Alpha ESS Storage system displays STS subsystem off-grid AC voltage phase lost Fault, check if the off-grid phase is insufficient. If the problem has not been solved, please contact AlphaESS customer service.
What to do if Alpha ESS Storion-T50 Storage shows DC-AC subsystem AC phase lost Fault?
If your Alpha ESS Storage displays a DC-AC subsystem AC phase lost Fault, check if there is phase loss in the AC input of the inverter. If there is a phase loss, power off and reconnect the cable. If the problem persists, contact AlphaESS customer service.
Overview of the Storion-T50/T100 Li-ion battery energy storage system.
Defines key terms like LiFePO4 cells and packs.
Describes the function of the battery management system.
Defines the battery system unit and its connection.
Defines the storage unit as a combination of converter and battery.
Emphasizes the importance of reading and keeping the manual.
Outlines qualifications and responsibilities for system operators.
Instructions for maintaining the integrity of warning signs.
Guidance on placing warning signs to prevent accidents.
Safety precautions for measuring live lines.
Requirements for using measuring equipment.
Measures to prevent damage from static electricity.
Precautions against moisture damage to the system.
Safety instructions for operating the system after a power failure.
Lists essential personal protective equipment for operators.
Describes the functions and interface of the EMS.
Provides an overview of the EMS main interface and its information.
Lists the options available in the EMS main menu.
Details the status information for Grid and Battery components.
Describes the historical data logged by the EMS.
Covers various settings for Solar, Battery, and Grid configurations.
Displays system information like SN, Model NO., and software versions.
Pre-operation checks for system safety and integrity.
Step-by-step guide for safely powering on the system.
Step-by-step guide for safely powering off the system.
Configuration and checks for the Off-Grid operating mode.
Overview of On-Grid operating modes.
Settings and checks for the Self-Consumption mode.
Explains and details the Pmeteroffset mode settings.
Configuration steps for the Pmeteroffset mode.
Settings and configuration for the Peakshaving function.
Settings for timed charging and discharging cycles.
Describes the function and schematic of the meter.
Introduces the meter's display and programming interfaces.
Examples of the meter's display interface diagrams.
Step-by-step guide to the meter's programming interface.
Flowchart for meter settings and configuration.
Detailed steps for setting up the meter in on-grid mode.
Steps to create an account for system monitoring.
Process to register the system license.
Lists required tools, equipment, and consumables for maintenance.
Specific tools and equipment needed for maintenance tasks.
List of consumable items required for maintenance.
General maintenance checks and procedures.
Daily inspection procedures for the system.
Inspection steps to be performed after the system is powered on.
Inspection procedures to be performed when the system is powered off.
Maintenance items and requirements when the system is powered on.
Specific maintenance tasks for battery and system components during power-on.
Maintenance tasks to be performed when the system is powered off.
Important safety and operational notes for maintenance.
Lists common BMS faults and their troubleshooting steps.
Lists common EMS faults and their troubleshooting steps.
Lists common PCS faults like AC phase loss, off-grid voltage issues, and emergency stop.
General| Battery Type | Lithium Iron Phosphate (LiFePO4) |
|---|---|
| Nominal Capacity | 50 kWh |
| Nominal Voltage | 400 V |
| Warranty | 10 years |
| IP Rating | IP54 |
| Capacity | 50 kWh |
| Cycle Life | 6000 cycles |
| Communication | RS485 |
| Operating Temperature | -10 to 50 °C |
