Download PDF· Rev 1.0.2 Datasheet

All-In-One Max

Commercial Energy Storage System

125kWPower rating

257kWhStorage capacity

<20msOff‑grid switching

IP55Cabinet, outdoor

All-In-One Max

Commercial Energy Storage System

125 kW inverter, 257 kWh LiFePO₄ storage, BMS, fire suppression and thermal management in one cabinet.

Product highlights

High energy performance

48 A inputs with 6 MPPTs for optimised PV yield
300 A charge/discharge for high-power cycling
100% three-phase unbalance for diverse loads
165 kVA backup peak for 10 s surge support

Flexible power architecture

Dual independent battery ports
Half-wave load support for industrial applications
Off-grid operation and off-grid paralleling; grid connection pending CEC listing
Diesel generator compatibility for weak-grid sites

Robust safety & durability

Four-level fire protection with multi-sensor detection
Combustible gas, smoke & temperature detection with active exhaust
IP66 inverter and IP55 cabinet for outdoor resilience
C4/C5 anti-corrosion for challenging environments

Intelligent control & O&M

Built-in EMS with load forecasting and ToU scheduling
Dynamic pricing for automated energy optimisation
< 20 ms seamless off-grid switching
Remote monitoring and firmware updates

System Model	AIO-MAX-125-257
Rated AC Output Power[kW]	125.0
Battery Energy[kWh]	257.2
Usable Battery Energy[kWh]	231.48
Operating Temperature Range[°C]	−20 to 50
Relative Humidity[%]	5–95 (non-condensing)
Max. Operation Altitude[m]	3000
Cooling (Battery Cabinet)	Air-conditioner with 5 kW cooling and 3.7 kW heating
Noise Level[dB]	≤ 70
Display	LED & OLED
Communication	CAN, RS485
Hybrid Inverter Model	M2HT-125K-300
PV Input
Max. PV Array Power[kWp]	250
Max. PV Input Voltage *[V]	1000*
Rated PV Input Voltage[V]	620
Start-up Voltage[V]	135
MPPT Operating Voltage Range *[V]	160–950
No. of MPP Trackers	6
No. of Strings per MPPT	3
Max. Input Current per MPPT[A]	48 × 6
Max. Short-circuit Current per MPPT[A]	60 × 6

Hybrid Inverter Model	M2HT-125K-300
Battery Side
Battery Voltage Range[V]	300–950
No. of Battery Inputs	1 or 2
Max. Charge/Discharge Current[A]	300 or 150 × 2
Max. Charge/Discharge Power[kW]	125/125
Grid Side (On-Grid)
Rated Output Power[kW]	125.0
Max. Output Apparent Power[kVA]	125.0
Rated AC Voltage[V]	3L/N/PE; 220/380 V; 230/400 V; 240/415 V
Rated AC Frequency[Hz]	50/60
Rated Output Current[A]	189.4/181.2/173.6
Power Factor	0.8 leading … 0.8 lagging
THDi (@Rated Power)	< 3%
Max. Input Apparent Power **[kVA]	207
Max. AC Input Current[A]	300
Back-up Side (Off-Grid)
Rated Output Power[kW]	125.0
Peak Output Apparent Power[kVA]	165 @ 10 s
Rated Output Voltage[V]	3L/N/PE; 220/380 V; 230/400 V; 240/415 V
Rated Output Frequency[Hz]	50/60
Rated Output Current[A]	189.4/181.2/173.6
On/Off-grid Switching Time	< 20 ms
THDv (@Linear Load)	< 3%
Efficiency
MPPT Efficiency	99.90%
Max. Efficiency	98.00%
European Efficiency	97.80%
Inverter General Data
Dimensions[W × H × D mm]	1232 × 932 × 356
Weight[kg]	164
Ingress Protection	IP66
Anti-corrosion Grade	C4
Battery Cabinet Model	E2BR-S257K-C
Battery Type	LiFePO₄ / 314 Ah
Battery Module Quantity	16 Packs (E2BR-B16K, 16.08 kWh, 1P16S, 51.2 V)
Depth of Discharge	90%
Rated Voltage[V]	819.2
Operating Voltage Range[V]	716.8–921.6
Recommended Charge/Discharge Current[A]	157
Cycle Life	8000 ***
Dimensions[W × H × D mm]	1100 × 2393 × 1300
Weight[kg]	2500
Ingress Protection	IP55
Anti-corrosion Grade	C4 / C5 (Optional)

* Max. PV input voltage is 950 V — the inverter stops operating between 950 V and 1000 V and will be damaged above 1000 V.
** Max. input apparent power = maximum grid import to supply backup loads and charge the battery.
*** Cycle life: 25 ± 1 °C, 0.5P charge/discharge rate, SOH = 70%, per battery cell manufacturer’s data.

Manufactured by Solinteg
Supplied and supported in Australia by AERL

Australian Energy Research Laboratories

Address

1/75 Bluestone Circuit
Seventeen Mile Rocks QLD 4073
Australia

Contact

[email protected]
[email protected]

aerl.com.au Phone1800 950 865