What to do if the alarm LED lights up on my TBB Inverter?
If the alarm LED is lit, consult the LCD alarm interface for details. This may be due to several reasons: * The DC input is under voltage: Charge the battery or check the battery connections. * The ambient temperature is too high: Place the inverter in a cool and well-ventilated room, or reduce the load. * The load on the inverter is higher than the nominal load: Reduce the load.
Why is my TBB Energier Apollo CH2.0M Inverter AC charger not functioning?
If the AC charger isn't working, it could be due to several reasons: * AC input wire loose connection: Secure the connection. * Wrong connection of N and PE of AC input: Correct the connection. * Using generator as AC input: Change to weak grid / Gen mode with LCD interface. * The AC input voltage or frequency is out of range: Ensure the input voltage is between 184VAC and 264VAC, and the frequency matches the setting. * The circuit breaker has tripped: Reset the circuit breaker. * AC charger has been disabled: Enable AC charger.
What to do if my TBB Inverter battery is not being charged fully?
If the battery isn't charging fully, consider the following: * Incorrect charging current: Set the charging current at between 0.1 and 0.2 times of battery capacity. * A defective battery connection: Check the battery terminals. * The absorption voltage has been set to an incorrect value: Charge the battery or check the battery connections. * The float voltage has been set to an incorrect value: Adjust the float voltage to the correct value.
What to do if my TBB Energier Apollo CH2.0M battery is overcharged?
If the battery is overcharged, here are some things to check: * The absorption voltage has been set to an incorrect value: Adjust the absorption voltage to the correct value. * The float voltage has been set to an incorrect value: Adjust the float voltage to the correct value. * A defective battery: Replace the battery. * The battery is too small: Reduce the charging current or use a battery with a higher capacity. * The battery is too hot: Connect a temperature sensor.
Why does the battery charge current drop to 0 when the absorption voltage is reached on my TBB Energier Apollo CH2.0M?
If the battery charge current drops to 0 when the absorption voltage is reached, it may be due to: * Battery over temperature (> 50°C): Allow battery to cool down, place battery in a cool environment, and check for shorted cells. * Battery temperature sensor faulty: Replace battery temperature sensor.
How to troubleshoot a TBB Energier Apollo CH2.0M Inverter MPPT Charger that does not function?
If the MPPT Charger isn't working, check the following: * Reversed PV connection: Connect PV correctly. * PV input wire loose connection: Secure the connection. * High PV voltage: Check PV voltage. * Overtemperature protection: Check if there is good ventilation on installation site; Check if fan was blocked. * Reverse battery connection: Replace battery fuse.
What causes the TBB Energier Apollo CH2.0M Inverter to fail to operate when switched on?
The inverter might fail to operate if the battery voltage is over or under voltage. To resolve this: * Charge the batteries. * Reduce the load. * Install batteries with a higher capacity. * Use shorter and/or thicker battery cables.
Why is my TBB Inverter battery not fully charged?
If the battery isn't fully charged, it could be due to: * A bad battery connection: Check battery connection. * Cable losses too high: Use cables with larger diameter. * Large ambient temperature difference between charger and battery: Make sure that ambient conditions are equal for charger and battery. * The internal DC fuse is defective: Inverter is damaged.
General| Model | Apollo CH2.0M |
|---|---|
| Rated Power | 2000W |
| Output Power | 1600W |
| DC Input Voltage | 24V |
| AC Output Voltage | 230V |
| AC Output Frequency | 50Hz |
| Frequency | 50Hz |
| Surge Rating | 4000W |
| Battery Charger | Yes |
| Operating Temperature | -10°C to 50°C |
| Topology | High Frequency |
| Cooling | Fan |
| Weight | 10kg |
| Transfer Time | 10ms |
| Efficiency | 90% |
| Protection Features | Overload, Short Circuit, Over Temperature, Battery Low |
General safety and operation instructions for Energier Apollo installation.
Precautions for servicing, replacing, and handling batteries safely.
Safety requirements for installing the Energier Apollo product.
Guidelines for safe transport and storage of the Energier Apollo unit.
Describes the Energier Apollo as an all-in-one inverter with multiple integrated functions.
Details high performance pure sine wave and high surge power capability.
Explains the integrated MPPT solar charge controller and AC charger.
Details the built-in smart AC charger with multi-stage algorithm.
Describes the MPPT solar charge controller with high charge current.
Covers AC input current limiting and Power Save mode.
Explains Power Backup Mode and Solar Mode.
Provides a visual representation and dimensions of the Energier Apollo unit.
Identifies and describes the various connection points on the unit.
Shows the external layout of wiring terminals and glands.
Details wiring terminals accessible after removing the service panel.
Covers material list, location requirements, and general advice.
Lists the items included with the Energier Apollo unit.
Specifies suitable environmental conditions and mounting locations.
Provides essential advice for correct installation and wiring.
Instructions for physically mounting the Energier Apollo unit.
Detailed procedure for connecting battery cables safely and correctly.
Instructions for proper grounding of the unit for safety.
Steps for connecting AC input and output cables.
Guidance on connecting photovoltaic (PV) cables.
Details for auxiliary outputs, dry input, sensors, and data logging.
Describes the functionality and programming of auxiliary output contacts.
Explains the default and alternative uses of the dry input.
Instructions for connecting and installing the BTS.
Instructions for connecting and installing the VS.
Guide for installing the optional Kinergy data logging stick.
How to turn the Energier Apollo unit on and off.
Details the Power Backup Mode and Solar Mode.
How the unit operates in power backup mode.
How the unit operates in solar mode.
Describes the LCD screen, LED indicators, and buttons.
Explains the meaning of each LED indicator status.
Describes the function of each button on the display panel.
Details the information displayed on the LCD screen.
Describes the primary display screen after power-on.
How to navigate and view system status and real-time data.
Accessing model, hardware, and firmware information.
How to view and clear system alarm records.
Introduces normal and advanced system settings.
Accessing equalization charging and factory reset options.
Viewing daily, monthly, and total PV harvest data.
Reviewing alarm, self-protection, and setting modification records.
Detailed steps and precautions for performing equalization charging.
Explains button functions used within the setting menus.
Lists default values for general and advanced settings.
Guides through essential settings like battery type, capacity, and mode.
Setting battery type and capacity for optimal charging.
Selecting between Power Backup and Solar modes.
Setting the current date and time on the unit.
Configuring AC source type and input current limit.
Selecting the appropriate AC source type (Standard, Weak-grid, Generator).
Setting the maximum AC input current to prevent tripping.
How to enable or disable the AC charger function.
Adjusting charging parameters like voltage, rate, and temperature compensation.
Configuring rated voltage, frequency, and battery protection levels.
Setting the rated AC voltage and frequency.
Configuring under-voltage alarm and protection levels.
Enabling and setting the power saving function.
Programming the trigger sources for the programmable relays.
Setting up the Automatic Generator Start (AGS) function.
Restoring the unit to its original factory settings.
Using the Rapconfig software for advanced system configuration.
Diagnosing and solving common issues with the inverter and charger.
Diagnosing and solving common issues with the solar charge controller.
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