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 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 Energier Apollo CH3.0S Inverter 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 CH3.0S?
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 CH3.0S 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 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 Energier Apollo CH3.0S 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.
What to do if my TBB Energier Apollo CH3.0S Inverter battery is not being charged fully?
General| Rated Power | 3000W |
|---|---|
| Peak Power | 6000W |
| AC Output Voltage | 230V AC |
| Max. PV Array Power | 4000W |
| Max. Efficiency | 93% |
| Efficiency | 90% |
| Weight | 12 kg |
| Frequency | 50Hz/60Hz |
| Protection Features | Overload, Short Circuit, Over Temperature |
| Cooling | Fan cooled |
Contains important safety and operation instructions for the Energier Apollo, to be read and kept for future reference.
Provides crucial safety guidelines for servicing, handling, and precautions when working with batteries connected to the Energier Apollo.
Details the necessary requirements and procedures for safely installing the Energier Apollo unit.
Instructions on how to safely transport and store the Energier Apollo, including environmental considerations.
An overview of the Energier Apollo as an all-in-one inverter integrating multiple functions for hybrid power systems.
Highlights the powerful and reliable inverter capabilities, including pure sine wave output and surge power.
Details the integrated MPPT solar and AC chargers for efficient and simultaneous battery charging.
Explains the AC charger's advanced features like multi-stage charging, temperature compensation, and voltage compensation.
Describes the solar charge controller's performance, including MPPT tracking, charge current, and PV voltage limits.
Covers system-level functions like AC input current limiting and power save mode.
Enables operation with unstable AC input sources by adjusting requirements and prioritizing load and charging.
Setup for the AGS function to automatically control generator start/stop based on system conditions.
Operation logic in Power Backup mode: prioritizing grid/generator and automatic switch to inverter during outages.
Operation logic in Solar mode: prioritizing solar energy, battery as supplement, and grid interaction based on battery voltage.
Provides detailed external views and dimensions of the Energier Apollo unit.
Diagram illustrating the location and identification of external terminals and connectors on the unit.
Detailed view of internal wiring terminals after removing the upper service panel, with labels and descriptions.
Covers material checklist and location selection for proper unit installation.
Essential advice for proper installation, including DC voltage matching, unit placement, and AC output safety.
Instructions for mounting the Energier Apollo unit vertically on a wall or horizontally on the floor.
Procedure for connecting battery cables, emphasizing safety precautions and recommended cable specifications.
Guidance on establishing a proper earth connection for the unit's ground terminal for safety.
Instructions for connecting AC input and output cables, including wire size recommendations and safety class compliance.
Details on connecting PV cables, including wire gauge, torque specifications, and voltage/current compatibility checks.
Describes the function of auxiliary output contacts for load management, generator start, or fan control.
Explains the dry input function, typically used for emergency power off (EPO) control.
Instructions for connecting the Battery Temperature Sensor (BTS) to the unit's designated interface.
Instructions for connecting the Battery Voltage Sensor (VS), emphasizing correct polarity for safe operation.
Details on installing the optional Kinergy data logging stick for monitoring and advanced configuration.
How to turn the unit on and off using the main switch and the role of indicator lights during operation.
Operation logic in Power Backup mode: prioritizing grid/generator and automatic switch to inverter during outages.
Operation logic in Solar mode: prioritizing solar energy, battery as supplement, and grid interaction based on battery voltage.
Explanation of the status and meaning of each LED indicator on the display panel.
Description of the functions of the control buttons on the display panel for navigation and selection.
Overview of the LCD screen's capabilities for displaying status, information, and system setup.
Describes the main interface shown on the LCD screen after power-on for system status and component interaction.
How to navigate and view various operational statuses (AC input, PV, Battery) via the LCD using navigation buttons.
How to access and view model, hardware, and firmware information on the LCD screen.
How to check, view, and clear system alarm records and event logs on the LCD.
Indicates how to access system settings (general and advanced) via the LCD menu.
How to access system control features like equalization and factory reset through the LCD menu.
How to view statistical information for PV production (daily, monthly, total) from the history menu.
How to view records of alarms, self-protection events, and setting modifications via the LCD.
Detailed steps and safety precautions for performing equalization charging on specific battery types.
Explains the role of each button (Enter, ESC, Page up/down) for navigating and confirming settings.
Overview of the general default settings for battery type, capacity, work mode, AC source, and other parameters.
How to configure battery type and capacity to set charging voltage and current based on default settings.
How to change the working mode from default Power Backup to Solar mode if needed.
Guides on setting AC input parameters for weak AC sources, including source type and current limiting.
How to configure the AC source type (Standard, Weak-grid, Generator) for optimal compatibility.
How to set the AC input current limit to match circuit breakers and prevent tripping.
How to adjust battery charging parameters like voltage, current, and temperature compensation.
Guides on setting inverter parameters such as rated AC voltage, frequency, battery low voltage, and power saving.
How to set the rated AC voltage (220V, 230V, 240V) and frequency (50Hz, 60Hz).
How to configure under-voltage alarm and protection levels for the battery system.
How to enable the power saving function and set the threshold for its activation.
How to program the trigger source for the two programmable dry output relay contacts.
Setup for the AGS function to automatically control generator start/stop based on system conditions.
Instructions on how to restore the Energier Apollo to its factory default settings.
Details on changing settings using a computer with Rapconfig software and the required connection.
Identifies common problems with the inverter/AC charger and provides solutions for issues like failure to operate or alarm LEDs.
Lists possible causes and solutions for MPPT charger malfunctions and battery charging problems.
Presents detailed technical specifications for the Energier Apollo inverter models, covering electrical and mechanical data.
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