Power One Aurora Micro 320 Watt 230 VAC Micro Inverter
	Micro Inverter
	International Model
	Manufacturer Part Number: MICRO-0.3-I-OUTD
The new Aurora 300 Watt micro-inverter product offers something new to Power-One customers. The ability to individually link all modules within a specific installation is an alternative to the traditional Aurora string inverters Power-One is famous for.
Features
	- ‘Electrolyte-free’ power converter to further increase the life expectancy and long term reliability
 
	- Outdoor enclosure for unrestricted use under any environmental conditions
 
	- Increased energy harvesting thanks to the MPPT algorithm which works at the level of each solar panel in any light condition
 
	- No DC input current ripple
 
	- The HF isolation allows it to fit any application that requires the grounding of either one of the input terminations
 
	- 95.5% of efficiency
 
	- Ease of installation by the implementation of a package inclusive of proprietary wireless communication hub and grid interface
 
	- Reduced susceptibility to fault. In case of a component failure only the energy produced from one PV module will be lost
 
	- Up to 10 micro inverters directly connectable in a string
 
Specifications
| 
Input Side | 
MICRO-0.25-I-OUTD | 
MICRO-0.3-I-OUTD | 
MICRO-0.25-I-OUTD-US | 
MICRO-0.3-I-OUTD-US
 | 
| 
Maximum DC Input Power (Pdcmax)  | 
265 Wp  | 
320 Wp  | 
265 Wp  | 
320 Wp
 | 
| 
Operating DC Input Voltage Range (Vdcmin...Vdcmax)  | 
18...58 V  | 
18...58 V  | 
18...58 V  | 
18...58 V
 | 
| 
MPPT Input DC Voltage Range (VMPPTmin ... VMPPTmax)  | 
20...50 V  | 
30...50 V  | 
20...50 V  | 
30...50 V
 | 
| 
Absolute Maximum DC Input Voltage (Vmax,abs)  | 
65 V  | 
65 V  | 
65 V  | 
65 V
 | 
| 
Maximum DC Input Current (Idcmax)  | 
10.0 A  | 
10.0 A  | 
10.0 A  | 
10.0 A
 | 
| 
Number of DC Inputs Pairs for each MPPT  | 
1  | 
1  | 
1  | 
1
 | 
| 
DC Connection Type  | 
 
Tool Free PV connector WM / MC4
 | 
| 
Start-up DC Input Voltage (Vstart)  | 
25V  | 
25V  | 
25V  | 
25V
 | 
| 
Output Side
 | 
| 
AC Grid Connection Type  | 
Single phase  | 
Single phase  | 
Single phase/Split phase  | 
Single phase/Split phase
 | 
| 
Rated AC Power (Pac,r)  | 
250 W  | 
300 W  | 
250 W  | 
300 W
 | 
| 
Rated AC Grid Voltage (Vac,r)  | 
230 V  | 
230 V  | 
208 V / 240 V  | 
208 V / 240 V
 | 
| 
AC Voltage Range (Vacmin...Vacmax)  | 
180...264 V (1)  | 
180...264 V (1)  | 
183-228 V / 211-264 V  | 
183-228 V / 211-264 V
 | 
| 
Maximum AC Output Current (Iac,max)  | 
1.2 A  | 
1.5 A  | 
1.3 A  | 
1.15 A
 | 
| 
Rated Output Frequency (fr)  | 
50 Hz  | 
50 Hz  | 
60 Hz  | 
60 Hz
 | 
| 
Output Frequency Range (fmin...fmax)  | 
47...53 Hz (2)  | 
47...53 Hz (2)  | 
59.3...60.5 Hz  | 
59.3...60.5 Hz
 | 
| 
Nominal Power Factor (Cosphiac,r)  | 
> 0.95  | 
> 0.95  | 
> 0.95  | 
> 0.95
 | 
| 
Maximum number of units per string  | 
10  | 
10  | 
10  | 
10
 | 
| 
Output Protection
 | 
| 
Anti-Islanding Protection  | 
 
According to local standard
 | 
| 
Output Overvoltage Protection - Varistor  | 
Yes  | 
Yes  | 
Yes  | 
Yes
 | 
| 
Operating Performance
 | 
| 
Maximum Efficiency  | 
96.0%  | 
96.3% | 
96.0% | 
96.3%
 | 
| 
Weighted Efficiency  | 
 
95.4% / 95.5%
 | 
| 
Stand-by Consumption | 
<50mW | 
<50mW | 
<50mW | 
<50mW
 | 
| 
Communication
 | 
| 
Monitoring System (PC/Data logger)  | 
 
Wireless
 | 
| 
Remote Monitoring  | 
 
Wireless
 | 
| 
Environmental
 | 
| 
Ambient Temperature Range  | 
 
-40...+85°C / -40...185°F with derating above 65°C/149°F
 | 
| 
Relative Humidity  | 
 
0...100% condensing
 | 
| 
Noise Emission | 
 
< 30 db(A) at 1 m
 | 
| 
Maximum Operating Altitude without Derating  | 
2000 m / 6560 ft
 | 
| 
Physical
 | 
| 
Environmental Protection Rating  | 
IP 65 | 
NEMA 4X
 | 
| 
Cooling  | 
Natural
 | 
| 
Dimension (H x W x D)  | 
262mm x 244mm x 35mm  
10.3” x 9.6” x 1.37”
 | 
| 
Weight  | 
< 1.65 kg / 3.5 lb
 | 
Detailed Description
Micro-inverters have some advantages over string inverters. They allow you to control the panels output individually and offer Maximum Power Point Tracking (MPPT) for each single module.
They also allow you to control individual panels in different ways and reduce the losses in efficiency in a variety of challenging conditions.