Напольный 5 кВтч 10 20 LiFePO4 Штабелируемый перезаряжаемый аккумулятор с Smart BMS для дома

Сохранить в закладки 1600754644623:


Цена:511 639,47 ₽ - 536 238,60 ₽*

Количество:

  • В избранное

Описание и отзывы

Характеристики



Product Description




HBCA, a hybrid all-in-one BESS, compatible with high voltage LFP battery system, can achieve the best function to maximize clean solar power usage for your home.


Features:






More efficient & More resilient
High system power density, with 89Wh/kg.
Battery preinstalled, more convenient for on - site installation.
UPS level provides backup power
Switching time<10ms - Make you feel no perception of power outages
Noise <25db - Super quiet, in and out.
IP65



Specification



Model
HBCA-3.6-5
HBCA-3.6-10
HBCA-4.6-5
HBCA-4.6-10
HBCA-5-5
HBCA-5-10
HBCA-6-5
HBCA-6-10
PV Input
Absolute max Voltage (d.c.V)
600
MPPT Voltage Range (d.c.V)
100...550
Max.DC Input Power (W)
4800
6200
6650
8000
Start-up Voltage (d.c.V)
90
Rated Operating Voltage (d.c.V)
360
Max.Input Current (d.c.V)
12.5/12.5
Max. inverter back feed current to array (d.c.A)
0
Isc PV (d.c.A)
18/18
NO.of MPPT Trackers
2
NO.of Strings per MPPT Tracker
1
Battery Model
MF20425
MF40925
Battery Capacity
LiFePO4 5.12kWh
LiFePO4 10.24kWh
Nominal Battery Voltage (d.c.V)
204.8
409.6
Battery Voltage Range (d.c.V)
160...227.2
320...454.4
Max. Charge/Discharge Current (d.c .A)
25/25
Cycling times
6500
AC Input/Output
Rated output Power (W)
3600
4600
5000
6000
Rated Apparent Power to Grid (VA)
3600
4600
5000
6000
Max. Apparent Power to Grid (VA)
3600
4600
5000
6000
Max. Apparent Power from Grid (VA)
7200
9200
10000
12000
Rated Voltage (a.c.V)
220/230/240
Rated Frequency (Hz)
50/60
Rated AC Current to Grid (a.c.V)
15.6
20
21.7
26.1
Max. output current (a.c.A)
17.2
22
23.9
28.7
Max. Current from Grid (a.c.A)
31.2
40
43.4
52.2
Inrush current (a.c.A)
16 a.c.A (peak), 11.3 us (duration)
Max. output fault current (a.c.A)
57(peak), 40 (rms)
AC output Maximum output overcurrent protection (a.c.A)
40
AC input power factor
-0.8...+0.8
AC output power factor
1 (-0.8...+0.8 adjustable)
THDi
<3%
EPS Output (With Battery)
Max. Output Power (W)
3600
4600
5000
6000
Rated Apparent Power (VA)
4320
5520
6000
7200
Max. Apparent Power (VA)
4320
5520
6000
7200
Rated Voltage (a.c.V)
230(±2%)
Nominal Frequency (Hz)
50/60 (±0.2%)
Max. Output Current (a.c.A)
18.8
24
26.1
31.3
Inrush current (a.c.A)
Max. output fault current (a.c.A)
16 a.c.A (peak), 11.3 us (duration)
EPS output Maximum output over current protection (a.c.A)
57(peak), 40 (rms)
Switch time (ms)
<10
THDv @Linear Load (%)
<2
Power Factor
-0.8...+0.8
Effiency
PV Max. Efficiency (%)
97.6
PV Europe Efficiency (%)
97
PV Max. MPPT Efficiency (%)
99.9
Battery Charge by PV Max. Efficiency (%)
987
Battery Discharge Efficiency (%)
96.7
General Data
MF20425
MF40925
Dimension (W/D/H)(mm)
550*233*1125
550*233*1750
Dimension of Packing (W/D/H)(mm)
655*302*1390
655*302*2085
Net weight (kg)
68
115
Gross weight (kg)
78
130
Operation Temp (℃)
-10...+55
Relative Humidity (%)
0...95
Altitude (m)
≤3000
Ingress Protection
IP65
Cooling
Natural
Inverter Topology
Non-isolated
Overvoltage category
Ⅲ(AC), Ⅱ(DC)
Protective class
Class I
Active anti-islanding method
frequency shift
Human Interface
LED/APP
BMS Communication Interface
RS485/CAN
Meter Communication Interface
RS485
Noise Emission (dB)
<25
Standby Power Consumption (W)
<5


Our Advantages


Built-in BMS:
1. Short-circuit protection: 400A
2. Protocol: CAN, RS485
3. Real-time monitoring of ambient temperature and the temperature and voltageof each cell
0000000
4. 3 levels of alarm
5. SOC Estimation Accuracy ≤5%
6. Great equalization for long cyclelife






Semookii HBC RESS is the first home battery storage product incorporating heat shields. The High-Temperature materials offer a state-of-the-art solution Max.1100°C fireproof, high-temperature stability, low thermal conductivity, low heat storage, thermal shock resistance, and good dielectric streng.


Lithium Iron Phosphate Battery Cell
1. Aluminium alloy casing guarantees strong plasticity, shock resistance and stable chemical properties.
2. High C-rate associated with low heat generation.
3. A built-in breather tube and a safety valve within the cylindrical cell provide dual safety protection.
4. The shape of cylindrical cells is more conducive to heat dissipation and temperature uniformity of the battery pack.




Application Scenarios








Certifications




Exhibition






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