AC240P

The AC240P supports up to four B210P connections with a capacity of up to 10443Wh

Bluetooth and WiFi connection apps are supported

Yes, the AC240P has an IP65 protection rating, which prevents low-pressure water from spraying from any direction when covered with a dust plug.

It cannot be used in rainy days. IPX5 only means that this product has obtained the protection grade certification for protecting low pressure water column, but it does not mean that this product is completely waterproof and can be used in rainy days.

You can use the AC240P to charge your devices in cold weather, but please avoid recharging it below freezing. The operating temperature for AC240P is:
Charging: 0℃~40℃ / 32℉~104℉
Discharging: -20~40℃ / -4~104℉

1. When SOC drops to 5%, charge the product immediately.
2. Before storing the product, please charge it to 60% SOC to maintain the best condition. In addition, turn off the power to the device and disconnect all electrical connections.
3. Store the product in a cool, dry place away from flammable or combustible materials and gases.
4. The plant can be safely stored in a temperature range of -20°C to 45°C (-4°F to 113°F). However, if the storage time is longer than one month, it is recommended to keep the ideal storage temperature around 30°C (86°F).
5. Complete the cycle of the product every 3 months to maintain the health of the battery.

I do. It supports 4 UPS modes:
1. Standard UPS mode - (By default, SOC is maintained at 100% all the time, mainly used for backup system)
2. Time control UPS mode - (recommended for power grid peak-valley difference area)
3. Pv priority UPS mode - (recommended for areas with sufficient PV)
4. Custom UPS mode - (Combine the above three modes for customers to choose freely)

Within 20ms.

The main differences are as follows
1) Protection level: AC240P is IP65, while AC200PL is IP20
2) Battery capacity: AC200PL itself capacity 2304Wh, and support with B210P/B230/B300 expansion, capacity up to 8448Wh, and AC240P itself capacity 1843Wh, support with 4 B210P expansion, capacity up to 10443Wh
3) 12V/30A RV port: AC200PL RV port needs to output 12/20A through D40; The RV port of the AC240P outputs 12V/30A
4) PV input range; The PV input range of AC240P is 11V~60V, 21A; The PV input range of AC200PL is 12V~145V, 15A
5) AC240P supports parallel, while AC200PL does not support parallel

The main differences are as follows:
1) UPS: AC240P yes, AC200MAX no
2) Maximum output power: AC output power of AC240P is 2400W; The AC200MAX has an AC output power of 2200W
3) DC output: AC240P does not have wireless charging, while AC200MAX has wireless charging
4) AC charging power: The maximum AC charging power of AC240P is 2400W, while the AC200MAX needs to be charged through the AC adapter with a maximum power of 500W
5) PV charging power: The AC240P's PV charging power is 1200W, while the AC200MAX's PV charging power is 900W
6) APP function: AC200MAX only supports Bluetooth connection, while AC240P supports Bluetooth and WiFi connection
7) Protection level: AC240P is IP65, while AC200MAX is not
8) Battery capacity: AC200MAX itself has a capacity of 2048Wh, and supports expansion with B230/B300, the capacity is up to 8192Wh, while AC240P itself has a capacity of 1843Wh, and supports expansion with 4 B210P, the capacity is up to 10443Wh

1. The output specifications, voltage and frequency of the generator need to be within the input range of the adapter. If it is unstable, you can open the grid adaptive mode in the APP for adaptation
2. Whether the maximum output power of the generator meets the maximum AC input power of our machine, if not, our machine can lower the maximum AC input current to reduce the maximum AC input power
3. The output of the generator is sine wave

1.AC240P can be connected in series 1-2*PV120, 1-2*PV200, 1*PV350, 1*PV420. If they are also connected in parallel, the number of connected solar panels can be doubled.
2. The connection method of solar panels can be series or parallel, because the AC240P PV input voltage range 11V~60V, and the maximum input current 21A, the series voltage increases, and the current increases, so the series parallel can also be, pay attention to not the different types of solar panels mixed connection, otherwise it will affect the efficiency, a long time will damage the solar panel
3. Solar input current can exceed 21A, our machine will limit the current, but beyond it is equivalent to waste, current can exceed, voltage can not exceed
4. Solar input power can exceed 1200 watts, as long as the total PV VOC does not exceed 60V

Yes, as long as the solar panel specifications are within the following range:
1) Total VOC: 11V~60V
2) Total power: maximum 1200W
3) With MC4 connector

Yes, but please note that your solar roof must meet the following conditions:
1. Total VOC 11V~60V
2. Connect the MC4 connector
3. Whether there is a micro inverter? The micro-inverter cannot charge the AC240P directly. The AC240P can be charged only through the AC wall charge

Not recommended, because the wind turbine due to the unstable air volume, the wind turbine output voltage and frequency will be unstable, can not be stabilized in the range of our machine input, directly to our machine charging may be intermittent, or even unable to charge

cannot

AC/AC+PV Maximum charging power:
1. Standard mode 800W
2. Mute mode 800W
3. Fast charge mode 2200W (single machine) /2400W (with 1*B210P or more)
PV maximum charging power;
Standard mode, Silent mode 800W,
Fast charge mode 1200W
Note: For AC+PV input, the PV input takes precedence

The rated AC output power is 2400W/2000W (JP), and the maximum output power is 2500W when AC+DC is off-grid

No, the maximum AC output power of AC240P is 2400W, and the maximum output can only be 20A when the output is 120V, which is the maximum support for 30A of the TT-30 socket, but it does not mean that the machine will output 30A, the TT-30 output outlet is mainly to provide customers with more socket choices

Charging time (estimated) = (Capacity/Charging power) + Trickle charging time
Trickle charging time for Bluetti power station is typically 0.5~1 hours

The RV can be powered by the Anderson port of the RV output line,RV line purchase link

Standard configuration
AC240P
1. Japanese 15A/ European 16A/ UK 13A/ Australian 10A AC charging cable -L=1500mm
2.PV charging cable -L=700mm
3. Car charging cable -L=500mm
B210P
1.PV charging cable -L=700mm
2.B210P battery cable M28 to P090D battery cable -L=800mm
other
20A AC Charging cable -L=1500mm(US)/1500mm(JP) (Low voltage only)
Lead-acid battery charging clip L=500mm
AC parallel charging cable -L=1500mm
RV cable L=800mm+500mm
Cigarette lighter to DC5521 line -L=720mm
Type-C to Type-C wire L=2000mm
B210P battery cable M28 to P090D battery cable -L=800mm

The B210P does not have a power bank mode

A separate battery pack can be connected to a PV or adapter to charge the entire system, but the AC240P does not display the charging power of a separate battery pack

Support simultaneous charging and discharging

Power saving mode: After the function is turned on, the machine AC or DC does not carry the device or the load power is too small, the machine will automatically turn off the AC or DC after a period of time, in order to reduce the power consumption of the machine and save power, the specific power and time can be set in the APP

The AC240P can carry pure resistive loads up to 3600W/3000W (day gauge) when turned on in Hercules mode, subject to two conditions
1. The load must be pure resistive load
2. Use it off-network

When the weak power grid/generator of the customer's home charges our machine, because the AC output voltage or frequency of the weak power grid/generator is unstable, it is not possible to stably charge our machine, then the grid adaptive mode can be turned on to adapt to the customer's grid/generator

The machine will detect the DC input source itself to automatically switch the DC input source Settings to PV or others

Yes, as long as the total load power does not exceed the maximum output power of the machine

connot

Runtime = Capacity × DoD × η ÷ (load power+self-consumption power)
Note:
1) DoD refers to the Depth of Discharge, η is the local inverter efficiency. DoD=95%, η=85%.
2) The above data is for reference ONLY.

1. The parallel machine can double the output power and capacity, the maximum output power is 4.8kW, and the maximum capacity is 20272Wh, to meet the greater load requirements and longer battery life
2. The parallel machine is not a dual fireline system, the output voltage is still the same as that of a single machine, and can only output 120V
3. Directly connect the parallel box P480A to the parallel ports of two AC240P to enter the parallel mode directly, without manual additional Settings

The P480A has a TT-30A socket and a NEMA L14-50R socket

No, you need to use the parallel charging cable to charge the two AC240Ps after the parallel

Off-grid: 4800W Max./4000W Max. (JP)
AC charging: 4000W Max.

No, only the P480A socket can output 4800W

No, the standard UPS mode is adopted after the system is connected

After the parallel operation, the functions of the two machines will be set synchronously, and the last set value will be synchronized

No, the maximum output power of P480A is 4800W, and the maximum output can only be 40A when the output is 120V. The NEMA L14-50 socket supports 50A, but it does not mean that the machine will output 50A, but the 30A socket cannot output more than 30A, so the NEMA L14-50 output outlet is needed

Do not. Long-term placement may loosen the internal structure. Upright placement is recommended.

AC+DC dual charge is supported, but DC has only one input port, so it only supports AC+ solar panel charging or AC+ car charging at the same time

Yes. However, the max charging power would be limited to 100W / 200W. And please setup the "DC input source" to "Others".

1. If the lead-acid battery is equipped with an AC-DC adapter, the battery can be charged from the machine AC output outlet
2. If the battery is charged directly from the DC output outlet of the machine, this function is not supported

Prevent overpressure: The exhaust valve can release excess pressure, prevent the internal pressure from being too high, and ensure the safe operation of the equipment. Portable power stations may produce gas during charging or discharging, resulting in increased pressure.
Maintain internal pressure balance: When changes in the external environment (such as temperature changes) lead to changes in internal pressure, the exhaust valve can adjust the internal pressure to maintain balance.