Blackbox Power Station
User Manual
Model: ES3000-PLUS
1 Product Overview
This manual introduces the characteristics, usage, precautions, safety warnings, and maintenance of the Blackbox Power Station. Our product uses a 51.2V (16S) LiFePO4 battery, equipped with an advanced BMS and an intelligent all-in-one solar charger inverter. It achieves DC to AC transfer continuously with a high platform, high power, and high efficiency output. The Blackbox power station adopted a shockproof design, which can be widely used in energy storage and emergency usage in recreational vehicles, boats/yachts, offices, and houses/apartments. It can support home appliances, power tools, industry equipment, and many other AC/DC loaders.
2 Product Structure
The product features the following components:
- USB ports: QC 3.0*2, Type-C*2
- AC extend cable connector
- AC output switch
- Solar charger interface: DC60V-145V
- AC input port
- LCD sub-screen
- Power switch
- Pure sine wave output
- AC 220V 5000W (2500W*2) output
- Car charger DC input/output: DC58.4V input / DC40-58V output
- LCD main screen
3 Basic Characteristics
- High output power, max. can reach 5000W, continuous output 3000W.
- The DC output port is a full protocol USB + Type-C interface with a wide output voltage range.
- Stable AC output, with all-digital intelligent design of DC to AC module, adopting advanced SPWM tech., pure sine wave output only.
- Four multiple charging methods: AC charge, Solar charge, Car charge, and hybrid charge.
- High efficiency of solar charge, using the most optimized MPPT tracking tech., to ensure charging efficiency up to 99%.
- Dual LCD screen, which can show all work status and data lively.
- Installed On/Off ship type switch and reverse control external extension switch to control AC output.
- Installed 100A air switch to control the whole product's power on/off.
- Uses a smart speed-adjustable fan for high-efficiency cooling.
- Built-in Bluetooth can monitor the product status instantly through the mobile APP (supports both iPhone and Android smartphones).
- Simple construction, easy to handle, environmental friendly green energy.
4 Safety Features
The Blackbox power station is equipped with an advanced BMS and an intelligent all-in-one solar charger inverter, ensuring the battery's lifecycle and safety. Features include:
- Short circuit protection
- Over-current protection
- Over temperature protection
- Over-charge/over-discharge protection
- Overload protection
- Reverse charging protection
5 Safety Warning
The Blackbox power station is assembled with a Lithium-ion battery, which might cause heating, fire, or explosion when exposed to extreme conditions, potentially leading to serious injury. This product can provide 220V high voltage current; please follow the warning instructions below:
- It is forbidden to short-circuit the positive and negative electrodes of the battery (e.g., by directly connecting the positive (+) and negative (-) terminals with wires or other metal objects), as this can cause personal injury or fire due to high current and temperature.
- Use only qualified and matched LiFePO4 battery chargers, specific AC charge cables, and solar/car charge cables.
- It is forbidden to pierce the battery with nails or other sharp objects. Do not hit the battery with a hammer, step on it, throw it, or subject it to strong physical impact.
- It is forbidden to immerse the battery in water for long periods. When not in storage, it should be placed in a cool and dry environment.
- It is forbidden to use batteries in series, parallel, or series-parallel configurations with any other types/brands of batteries.
- Do not connect to alternators or non-smart charging systems.
- Keep the battery away from children.
- It is forbidden to use or store the battery near heat and high-temperature sources, such as fires or heaters.
- Do not place batteries on microwave ovens, high-pressure containers, or induction cookers.
- It is forbidden to use or store the battery under high temperatures (e.g., in direct sunlight or a very hot car), as this may cause performance loss, shortened service life, function failure, and even lead to the battery overheating, catching fire, or exploding.
- It is forbidden to disassemble or modify the battery in any way. The battery contains safety and protection devices; if damaged, it may cause the battery to generate heat, catch fire, or explode.
- High-quality and suitable specifications of wire and cable should be used for connection.
- If the battery emits peculiar smell, heat, discoloration, or deformation, or any abnormal phenomenon during use, charging, or storage, stop using it immediately.
- Check the battery for damage, cracks, or corrosion before use. If any damage is found, stop using it immediately.
- If the battery leaks and the electrolyte gets into your eyes, do not rub your eyes; rinse them with clean water. If necessary, seek immediate medical attention at a hospital, as failure to do so may cause eye injury.
6 User Manual
6.1 Bluetooth
After receiving the product, use an Android mobile phone to visit http://d.zqapps.com/xpdk Web page or scan the provided QR code to download and install the Bluetooth APP. For iPhone users, scan the two-dimensional code according to your operating system to download and install the Bluetooth APP.
When installation is finished, turn on the Bluetooth function of your mobile phone, open the APP, press "Search", and click the Bluetooth number corresponding to the product's Bluetooth code to enter its interface and view the battery status. The interface displays information such as battery level (%), voltage, current, capacity, and cycle time.
Note: The battery must undergo a full charge and discharge cycle to obtain accurate battery capacity readings.
6.2 Pre-use Check
Upon receiving the product, first check for any damage, cracks, or corrosion. Connect to Bluetooth and check the battery's condition via the mobile phone APP, ensuring no damage occurred during transportation. If any abnormality is found, stop installation and operation immediately and notify the manufacturer.
6.3 LCD Main Screen Indication
6.3.1 LCD Main Screen Panel
The LCD main screen panel includes:
- 1 LCD screen
- 3 indication lights
- 4 operation buttons
Operation Buttons Introduction:
Function Buttons | Description |
---|---|
SET | Enter/Exit Settings menu |
UP | Previous choice |
DOWN | Next choice |
ENT | Confirm/Enter Options under the settings menu |
Indicators Introduction:
Indicators | Color | Description |
---|---|---|
AC/INV | Yellow | Steady on: Mains output; Flash: Inverter output |
CHARGE | Green | Flash: Battery charging; Steady on: Charging completed |
FAULT | Red | Steady on: Fault state |
6.3.2 LCD Main Screen Introduction
The LCD screen displays various statuses and parameters. Icons indicate:
- AC Input Terminal Connected to Grid: Icon showing connection to the grid.
- AC Input Mode in APL Mode (Wide Voltage Range): Icon indicating APL mode.
- PV Input Terminal Connected to Solar Panel: Icon showing connection to a solar panel.
- Inverter Circuit Working: Icon indicating the inverter is active.
- Machine in Mains Bypass Mode: Icon indicating bypass mode.
- AC Output in Overload State: Icon indicating overload.
Battery Status Indicators:
- Battery Connected: Indicates connection to the battery.
- Battery Level: Shows remaining battery percentage (0%-24%, 25%-49%, 50%-74%, 75%-100%).
- Battery Type: Indicates Lithium battery or Lead-acid battery (SLA).
- Charging State: Indicates the battery is currently charging.
- AC/PV Charging Circuit Working: Icon showing active charging circuits.
- AC Output Terminal: Indicates AC output voltage is present.
Load Percentage Indicators:
- Shows load percentage (0%-24%, 25%-49%, 50%-74%, ≥75%).
Other Indicators:
- Buzzer Not Enabled: Icon indicating the buzzer is off.
- Alarm: Icon indicating an active alarm.
- Fault Condition: Icon indicating a fault.
- Setup Mode: Icon indicating the unit is in setup mode.
Screen Parameter Displays:
- Left Side (Input Parameters): Displays battery voltage, battery charge total current, mains charge power, AC input voltage, AC input frequency, PV input voltage, internal heat sink temperature, software version.
- Middle: Displays alarm or fault codes (non-setup mode) or set parameter item codes (setup mode).
- Right Side (Output Parameters): Displays output voltage, output current, output active power, output apparent power, battery discharge current, software version. In setup mode, displays the currently set parameters.
Arrow Display: Indicates power flow direction (e.g., charging circuit, grid to load, battery to inverter, PV to charger, inverter to load).
6.4 Real-time Data Viewing
On the LCD main screen, press the “UP” and “DOWN” buttons to scroll through the real-time data of the machine. The data displayed includes:
Page | Parameters on the left side of the screen | Parameters in the middle of the screen | Parameters on the right side of the screen |
---|---|---|---|
1 | INPUT BATT V (Battery input voltage) | Fault code | OUTPUT LOAD V (Output load voltage) |
2 | PV TEMP °C (PV charger heatsink temperature) | PV OUTPUT KW (PV output power) | |
3 | PV INPUT V (PV input voltage) | PV OUTPUT A (PV output current) | |
4 | INPUT BATT A (Input battery current) | OUTPUT BATT A (Battery output current) | |
5 | INPUT BATT KW (Battery input power) | OUTPUT BATT KW (Battery output power) | |
6 | AC INPUT Hz (AC input frequency) | AC OUTPUT LOAD Hz (AC output frequency) | |
7 | AC INPUT V (AC input voltage) | AC OUTPUT LOAD A (AC output load current) | |
8 | INPUT V (For maintain) | OUTPUT LOAD KVA (Load apparent power) | |
9 | INV TEMP °C (AC charge or battery discharge heatsink temperature) | INV OUTPUT LOAD KW (Load active power) | |
10 | APP software version | Bootloader software version | |
11 | Model PV Voltage Rating | Model PV Current Rating | |
12 | Model Battery Voltage Rating | Model Output Power Rating |
6.5 Setup Parameters Description
Buttons Operation Instructions: Press the “SET” button to enter or exit the setup menu. After entering the setup menu, the parameter number [00] will flash. Use the “UP” and “DOWN” buttons to select the parameter item to be set. Press the “ENT” button to enter parameter editing mode, where the value will flash. Adjust the value using the “UP” and “DOWN” buttons. Finally, press “ENT” to complete editing and return to parameter selection.
Parameter no. | Parameter name | Settings | Description |
---|---|---|---|
00 | Exit setting menu | [00] ESC | Exit the setup menu |
07 | Max charger current | [07] 80A default | 230Vac Max charger current (AC charger+PV charger). Setting range: 0~120A; 120Vac Max charger current (AC charger+PV charger). Setting range: 0~100A. |
12 | Battery over discharge voltage (delay off) | [12] 42V default | Over-discharge voltage judgment point. When battery voltage drops below this point, the time set by parameter [13] is applied before inverter output is turned off. Setting range: 40V~48V (0.4V step). Valid for user-defined battery and lithium battery. |
13 | Battery over discharge delay time | [13] 5S default | Over-discharge delay time. When battery voltage is lower than parameter [12], inverter output is turned off after this delay. Setting range: 5S~55S (5S step). Valid for user-defined battery and lithium battery. |
14 | Battery under voltage alarm | [14] 44V default | Battery undervoltage alarm point. When battery voltage drops below this point, an alarm is given, but output is not turned off. Setting range: 40V~52V (0.4V step). Valid for user-defined battery and lithium battery. |
15 | Battery discharge limit voltage | [15] 40V default | Battery discharge limit voltage. When battery voltage drops below this point, output is turned off immediately. Setting range: 40V~52V (0.4V step). Valid for user-defined battery and lithium battery. |
22 | Power saving mode | [22] DIS default / [22] ENA | [DIS]: Power saving mode disabled. [ENA]: When enabled, if load is null or less than 50W, inverter output turns off after a delay. If load exceeds 50W, inverter restarts automatically. |
23 | Restart when over load | [23] DIS / [23] ENA default | [DIS]: Automatic restart when overload is disabled. If overload occurs and output is turned off, the machine will not restart. [ENA]: Automatic restart when overload is enabled. If overload occurs and output is turned off, the machine will restart after a 3-minute delay. After 5 cumulative overload occurrences, it will not restart. |
24 | Restart when over temperature | [24] DIS / [24] ENA default | [DIS]: Automatic restart when over temperature is disabled. If an over-temperature shutdown occurs, the machine will not restart output. [ENA]: Automatic restart when over temperature is enabled. If an over-temperature shutdown occurs, the machine will restart when the temperature drops. |
25 | Alarm enable | [25] DIS / [25] ENA default | [DIS]: Alarm is disabled. [ENA]: Alarm is enabled. |
28 | Max AC charger current | [28] 60A default / [28] 40A default | AC Out 230Vac Setting range 0~60A; AC Out 120Vac Setting range 0~40A. |
35 | Battery undervoltage recovery point | [35] 52V default | When the battery voltage is under voltage, it needs to recover more than this set value before the inverter starts output. |
36 | Max PV charger current | [36] 60A default | Max PV charger current. Setting range: 0~60A. |
37 | Battery fully charged recovery point | [37] 52V default | After the battery is fully charged, it needs to be lower than this set voltage before it can be recharged. |
6.6 Protection Function
No. | Protections | Description | |
---|---|---|---|
1 | PV current/power limiting protection | When charging current or power of the PV array configured exceeds the PV rated, it will charge at the rated value. | |
2 | PV night reverse-current protection | At night, the battery is prevented from discharging through the PV module because the battery voltage is greater than the voltage of the PV module. | |
3 | Mains input over voltage protection | When the mains voltage exceeds 280V (230V model) or 140V (120V model), the mains charging will be stopped and switched to the inverter mode. | |
4 | Mains input under voltage protection | When the mains voltage is lower than 170V (230V model / UPS mode) or 90V (120V model or APL mode), the mains charging will be stopped and switched to the inverter mode. | |
5 | Battery over voltage protection | When the battery voltage reaches the overvoltage disconnection point, the PV and mains charging will be automatically stopped to prevent the battery from being overcharged and damaged. | |
6 | Battery low voltage protection | When the battery voltage reaches the low voltage disconnection point, the battery discharging will be automatically stopped to prevent the battery from being over-discharged and damaged. | |
7 | Load output short circuit protection | When a short-circuit fault occurs at the load output terminal, the AC output is immediately turned off and turned on again after 1 second. | |
8 | Heat sink over temperature protection | When the internal temperature is too high, the all-in-one machine will stop charging and discharging. When the temperature returns to normal, charging and discharging will resume. | |
9 | Overload protection | Output resumes 3 minutes after an overload protection. If overload occurs 5 consecutive times, the output is turned off until the machine is re-powered. Refer to technical parameters for specific overload levels and durations. | |
10 | PV reverse polarity protection | When the PV polarity is reversed, the machine will not be damaged. | |
11 | AC reverse protection | Prevents battery inverter AC current from being reversely input to Bypass. | |
12 | Bypass over current protection | Built-in AC input overcurrent protection circuit breaker. | |
13 | Battery input over current protection | When the discharge output current of the battery is greater than the maximum value and lasts for 1 minute, the AC input will be switched to the load. | |
14 | Battery input protection | When the battery is reversely connected or the inverter is short-circuited, the battery input fuse in the inverter will blow out to prevent the battery from being damaged or causing a fire. | |
15 | Charge short protection | When the external battery port is short-circuited in the PV or AC charging state, the inverter will protect and stop the output current. | |
17 | InvShort | Yes | Inverter short circuit protection |
19 | OverTemperMppt | No | Buck heat sink over temperature protection |
20 | OverTemperInv | Yes | Inverter heat sink over temperature protection |
21 | FanFail | Yes | Fan failure |
22 | EEPROM | Yes | Memory failure |
23 | ModelNumErr | Yes | Model setting error |
26 | RlyShort | Yes | Inverted AC Output Backfills to Bypass AC Input |
29 | BusVoltLow | Yes | Internal battery boost circuit failure |
6.7 Operation Introduction
After finishing parameter setup and debugging, and confirming the product appearance is satisfactory, consumers can check the battery status via the app, then install and use the product.
6.7.1 Installation
- Determine Installation Position: Ensure adequate space for heat dissipation. When installing the all-in-one solar charge inverter, ensure sufficient airflow through the heat sink and leave at least 200mm space to the left and right air outlets for natural convection heat dissipation. Keep away from high temperature and high heat environments.
- Connect Solar Panel: Connect the solar panel firmly with the cable, ensuring correct polarity. Then, connect the Anderson connector (50A - smaller one) to the "Solar Charge" port.
- Connect DC Car Charger: Ensure correct polarity when connecting the DC car charger. Then, connect the Anderson connector (120A - bigger one) to the car charge port labeled "INPUT/OUTPUT DC 51.2V".
Diagram Description: Shows the back panel of the power station with labeled ports: Car DC charger connector (120A Anderson connector), Solar charge connector (50A Anderson connector). Also shows a separate Car DC charger unit and a Solar Panel module.
6.7.2 Charge
Please fully charge the power station before use. Charging can be done via AC input, PV input, or DC car charger input. It is recommended to charge through the AC grid for the first charge. Ensure the connector is firmly connected and the power supply is matched with the product. Incorrect voltage may damage the BMS and MPPT. DC charge voltage is 58.4V, and MPPT input voltage is 60V-145V.
6.7.2.1 PV Solar and AC Charging
Turn the main power switch, AC output switch, or AC output extension switch of the ES3000-PLUS to the "on" position. The buzzer will sound three "beeps" upon startup, and stop after approximately 30 seconds when the main and auxiliary displays are on. After connecting the PV solar charging module or AC mains plug, the charging mode can be started, with charging commencing in about 40 seconds.
6.7.2.2 On-board DC Charger Charging
Turn the main power switch of the ES3000-PLUS to the "on" position. The main and auxiliary displays will not light up. Connect the on-board DC charger, and then start charging the ES3000-PLUS products, approximately 40 seconds later.
6.7.3 Discharge
- QC3.0 USB Outlets and Type C Outlets: Turn on the power switch, connect the load through the QC3.0 USB + Type C outlets, ensure a firm connection, and then it can charge your digital products.
- AC Output: Connect the AC power cord to the AC output socket of the blackbox power station, ensuring a correct and firm connection. Then, turn on the power switch and AC output switch or AC extend controller switch. The LCD main screen will display the working status and parameters. The electrical appliance will start to work. The LCD sub-screen will show real-time AC output voltage, output current, output frequency, and power factor. Data can also be accessed via the APP.
To turn on each switch, follow this sequence: Power switch -> AC output switch -> Application Switch.
Please pay attention:
- The rated output power of the Blackbox power station is 3000W; the maximum output is 5000W, but the work time at 5000W should be less than 5 minutes.
- There are 2 AC output sockets; the load connected to each socket should be less than 2500W.
- When using an inductive load (like a power tool), the start current can be quite large, potentially activating overload protection.
- If the LCD main display shows 48V and the [01] fault code, accompanied by a continuous "beep... Beep" sound, it indicates insufficient power. Stop using the unit and supplement power. If usage continues (not recommended), the ES3000-PLUS will automatically shut down and stop output when the display voltage on the main LCD screen drops to 42V.
- During use, the LCD main display screen may automatically turn off after 5 minutes of operation (this does not affect the product's work). You can re-light the screen by pressing any of the "up, down, ENT" buttons on the panel.
- When the ES3000-PLUS product is not in use, turn the main power switch and AC output switch to the "off" position to avoid power consumption.
- As the output voltage is AC 220V, take precautions against high voltage electric shock.
- If any fault occurs during use, carry out troubleshooting according to the fault code displayed on the LCD main display. If the fault cannot be eliminated, turn off the appliance switch first, then turn off the AC output switch (or AC output extension switch), and finally turn off the main power switch (set to the "off" position). Then, check, remove, and restore the fault.
To turn off each switch, follow this sequence: Application Switch -> Power switch -> AC output switch.
Diagram Description: Shows the back panel of the power station with labeled components: LCD Sub-screen, AC input interface, AC output switch, AC output socket.
The product can supply power to home appliances, power tools, and industry equipment, as shown in the examples (for reference):
Diagram Description: Shows images of a television, washing machine, rice cooker, refrigerator, oven, circular saw, and angle grinder.
3) AC Extend Control Switch: This extend control switch functions the same as the AC output switch, allowing you to turn on AC power using the extend control switch.
Diagram Description: Shows the back panel of the power station with an AC input extend switch labeled.
6.8 Transportation
- Use individual packaging and prevent short-circuit.
- Do not stack more than 6 layers or upside down.
- Maximum transportation temperature should not exceed 65℃.
- The product belongs to UN3481, containing lithium battery. It must comply with relevant regulations during transportation.
6.9 Storage
- Suggested State of Charge (SOC): 30%~50%.
- Please disconnect the battery from the equipment load before storage to eliminate any potential load that may be discharged.
- The battery should be stored in a cool, dry, ventilated, and clean environment. Its temperature should be between -20℃ and 65℃, and its humidity should be (65±20)%.
- The battery should be charged at least once every 3 months to prevent over-discharge.
- When removing the battery before use, please charge it fully.
- Do not expose the battery to extreme temperatures above 65℃.
6.10 Maintenance
Cables and terminals should be kept clean and free from any corrosion, dirt, or deposits. They can be wiped clean with a dry cloth. When conditions permit, store the battery in an environment with a temperature of (25±5)℃ and a humidity of (60±15)%. The battery is stored at (30~50)% SOC. The battery is charged and discharged according to product specifications.
6.11 Troubleshooting
If there are any problems during battery operation, please refer to the following instructions or contact us for help:
6.11.1 Fault Code:
Fault code | Fault name | Whether it affects the output or not | Description |
---|---|---|---|
[01] | BatVoltLow | Yes | Battery undervoltage alarm |
[02] | BatOverCurrSw | Yes | Battery discharge average current overcurrent software protection |
[03] | BatOpen | Yes | Battery not-connected alarm |
[04] | BatLowEod | Yes | Battery undervoltage stop discharge alarm |
[05] | BatOverCurrHw | Yes | Battery overcurrent hardware protection |
[06] | BatOverVolt | Yes | Charging overvoltage protection |
[07] | BusOverVoltHw | Yes | Bus overvoltage hardware protection |
[08] | BusOverVoltSw | Yes | Bus overvoltage software protection |
[09] | PvVoltHigh | No | PV overvoltage protection |
[10] | PvBuckOCSw | No | Buck overcurrent software protection |
[11] | PvBuckOCHw | No | Buck overcurrent hardware protection |
[12] | bLineLoss | No | Mains power down |
[13] | OverloadBypass | Yes | Bypass overload protection |
[14] | OverloadInverter | Yes | Inverter overload protection |
[15] | AcOverCurrHw | Yes | Inverter overcurrent hardware protection |
[17] | InvShort | Yes | Inverter short circuit protection |
[19] | OverTemperMppt | No | Buck heat sink over temperature protection |
[20] | OverTemperInv | Yes | Inverter heat sink over temperature protection |
[21] | FanFail | Yes | Fan failure |
[22] | EEPROM | Yes | Memory failure |
[23] | ModelNumErr | Yes | Model setting error |
[26] | RlyShort | Yes | Inverted AC Output Backfills to Bypass AC Input |
[29] | BusVoltLow | Yes | Internal battery boost circuit failure |
6.11.2 Handling Measures for Part of Faults
Faults | Handling Measures |
---|---|
No display on the screen | Check if the battery air switch or the PV air switch is closed. If the switch is in the "ON" state, press any button on the screen to exit screen sleep mode. |
Battery overvoltage protection | Measure if the battery voltage exceeds rated, and turn off the PV array air switch and Mains air switch. |
Battery undervoltage protection | Charge the battery until it returns to the low voltage disconnection recovery voltage. |
Fan failure | Check if the fan is not turning or is blocked by a foreign object. |
Heat sink over temperature protection | When the temperature of the device is cooled below the recovery temperature, normal charge and discharge control is resumed. |
Bypass overload protection, Inverter overload protection | ① Reduce the use of power equipment; ② Restart the unit to resume load output. |
Inverter short circuit protection | Check the load connection carefully and clear the short-circuit fault points; ② Re-power up to resume load output. |
PV overvoltage | Use a multimeter to check if the PV input voltage exceeds the maximum allowable input voltage rated. |
Battery missed alarm | Check if the battery is not connected or if the battery circuit breaker is not closed. |
6.11.3 Battery Parameter
Item | Description | Spec. |
---|---|---|
1 | Rated voltage | 51.2V |
2 | Rated capacity | 40Ah |
3 | Rated energy | 2048Wh |
4 | Rated output energy | 3000W (continuous output) |
5 | Max. output energy | 5000W (less than 5 min.) |
6 | Over-load protection | (102% |
7 | AC rated output voltage | 220V |
8 | AC output frequency | 50Hz |
9 | AC output wave | Pure sine wave |
10 | AC inverter efficiency | ≥90% |
11 | Expected life time | ≥3 years or accumulative energy≥3200kWh |
12 | DC charge voltage | 58.4V |
13 | PV input voltage | (60-145) V |
14 | Work temp. | Charge: (0~45) °C; Discharge: (-20 ~ 60)℃ |
15 | Standard charge current | 20A |
16 | Max. Charge current | 60A |
17 | Standard discharge current | 40A |
18 | Max. Continuous discharge current | 100A |
19 | Charge over-temp. protection | 60°C |
20 | Discharge over-temp. protection | 75°C |
21 | Charge low-temp. protection | -5°C |
22 | Short-circuit protection | Yes |
23 | Over-load protection | Yes |
24 | Over-current protection | Yes |
25 | Reverse charge protection | Yes |
26 | Bluetooth monitor | Yes |
27 | Total weight | About 31kg |
28 | Dimension | 580*298*245mm |
29 | No-load power | <3W |
30 | Storage | Temp.: (-20±60)°C, Humidity: (65±25)%RH; Suggest to charge every three months. |
7 Packing List
Item | Product or Accessories | Qty. | Remarks |
---|---|---|---|
1 | Blackbox power station | 1 set | |
2 | AC power cord- Euro type (16mm², 1.8m) | 1 set | |
3 | AC extend switch and cable (3.0m) | 1 set | |
4 | 50A Anderson connector | 1 set | |
5 | 120A Anderson connector | 1 set | |
6 | Car charge booster | 0 set | |
7 | User manual | 1 pcs | E-file |
8 Warranty
8.1 Disclaimer
Green Energy will not be responsible for damages caused by the following reasons:
- Force majeure, including fire, typhoon, flood, earthquake, war, and terrorism.
- Intentional or accidental misuse, abuse, neglect, or improper maintenance, use under abnormal conditions.
- Improper installation of peripheral equipment, improper operation, etc., causing malfunction.
- Disassembly or modification of the product without Green Energy's express or written consent.
8.2 Warranty
Green Energy promises that this battery will have no quality problems within 3 years of use according to the product manual (or if the accumulative output power does not reach 3200kWh). Within its normal service life, if the product fails or has quality problems, Green Energy will provide a warranty. Damages caused by poor product maintenance, improper charging, improper use, polarity reversal, improper installation, improper storage, overheating, physical damage, fire, frostbite, water damage, disassembly, modification, or port damage, etc., are not covered by the warranty.
8.3 Warranty Card
Product: ES3000-PLUS
Product code:
Distributor:
Add.:
Customer name:
Customer add.:
Contact No.:
Warranty period:
Purchase date:
Warranty terms:
- Within three months from the date of sale, if there is a performance failure, the product itself and the outer packaging must be intact, and the product of the same model can be replaced, except for human-made damage.
- The product is guaranteed for three years (or until the accumulative output power reaches 3200kWh) from the date of sale. Accessories are not covered by the warranty.
- The warranty service is only valid under normal use.
- All human-made damage, self-disassembly or modification, improper use, and appearance damage are not covered by the warranty.
- The product warranty card is required during the warranty period. If this card is not provided or is altered privately, the company reserves the right to refuse the warranty.
9 FCC Statement
Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
- This device may not cause harmful interference, and
- This device must accept any interference received, including interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
- Reorient or relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20cm between the radiator and any part of your body.