• A high performance, long life, robust designed Inverter
  • For all small to medium scale Off Grid (SPS) applications
  • Designed for 'User Cluster' Micro Grid Off Grid solutions
  • Seamless integration of PV/Hydro/Wind & Battery DC inputs
  • Wide DC input sources voltage window of 400 - 705 Volts
  • No owner/user intervention or oversight normally required
  • Remote performance monitoring & control by Phone APP
  • Efficient - Reliable - Dependable - Predictable - Endurable
  • Supplier backed 'life of system' support guarantee 

AP SERIES [3 PHASE]

STANDALONE (SPS) / OFF GRID INVERTERS

40, 50, 60, 75, 100 KW MODELS

Aquila Power 3 Phase SAA-EMC Certificate
AQUILA POWER [SPS/OFF/MICRO GRID] 3 PHASE SERIES INVERTER TECHNICAL SPECIFICATIONS
FUNCTIONAL PARAMETERS [3 PHASE] AQUILA POWER [SPS/OFF/MICROGRID] SERIES MODEL NUMBERS
AP(SPS/OFF/ AP(SPS/OFF/ AP(SPS/OFF/ AP(SPS/OFF/ AP(SPS/OFF/
MICROGRID/) MICROGRID/) MICROGRID/) MICROGRID/) MICROGRID/)
40/3 50/3 60/3 75/3 100/3
General Inverter Description Aquila Power [SPS/Off/Micro Grid] Series Inverters are used for continuous AC power generation from DC input power sources in Domestic, Rural, Commercial and Industrial SPS/Off/Micro Grid applications
Mechanical and
Isolation
Protection
Equipment Classification Class I
Ingress Protection [IP] IP 20
Inverter Isolation Type The Inverter is Isolated between Input and Output circuits
Safety and Performance Standards IEC 62109.1, IEC 62109.2, (EMC) CISPR 11:2015
DC
Power
Input
Rated Power Input (kVA) 44.00 kVA 55.00 kVA 66.00 kVA 82.50 kVA 110.00 kVA
Operating DC Input Range (VRANGE) 400 - 705 (VDC)
Maximum DC Input Voltage (VMAX) 750 (VDC)
Rated DC Input Current (I) 80.0 Amps 100.0 Amps 120.0 Amps 150.0 Amps 200.0 Amps
Maximum DC Input Current (IMAX) 120.0 Amps 150.0 Amps 180.0 Amps 225.0 Amps 300.0 Amps
Solar PV Short Circuit Current (ISC) 120.0 Amps 150.0 Amps 180.0 Amps 225.0 Amps 300.0 Amps
DC Power Inputs Any combination of intermittent, variable ranging or continuous DC input power sources, within the DC Input Voltage Range (VRANGE) is an acceptable power input
AC
Power
Output
Apparent Power Output (kVA) 40.00 kVA 50.00 kVA 60.00 kVA 75.00 kVA 100.00 kVA
Rated Power Output (kVA) 40.00 kVA 50.00 kVA 60.00 kVA 75.00 kVA 100.00 kVA
Maximum Active Power Output (kW) 40.00 kW 50.00 kW 60.00 kW 75.00 kW 100.00 kW
Power Factor (Cos Λ) 1.0 (Typical Load)
Rated 3 N AC Output Voltage 3 N + N PE 400/230 VAC
Frequency (Hz) 50 Hz +/- 0.5 Hz
Rated 3 N AC Output Current 57.7 Amps 72.2 Amps 86.6 Amps 108.3 Amps 144.3 Amps
Waveform Distortion THD (%) < 5.0 % (Linear load)
Dynamic Load Response (%) < 5.0% (Lagging for linear load from 0% to 100%)
Overload Power Capability (%) 150% (of Rated Power for 10 Seconds)
Efficiency Indicative (%) > 90% (at 80% Resistive load)
Conversion Response DCàAC (%) < 20.0 ms
Display Type LCD (Scrolling menu button activated)
Operating
Environment
Insulation (InputßàOutput) (VAC) 3000 (VAC) (Applied dielectric insulation test voltage)
Noise (dB) < 50 dB (at 1 metre)
Ambient Temperature (°C) - 15°C to + 45°C
Humidity (%) 0% - 95% (no condensation)
Altitude (m) < 2000 m
Mechanical Dimensions W x D x H (Mtr) 1.2 x 0.9 x 2.1 1.2 x 0.9 x 2.1 1.2 x 0.9 x 2.1 1.2 x 0.9 x 2.1 1.2 x 0.9 x 2.1
Weight (Kg) 490 Kg 590 Kg 740 Kg 840 Kg 1100 Kg
Functional
Protection
DC Input +/- Polarity protection Yes
DC Input Under-voltage protection Yes
DC Input Over-voltage protection Yes
AC Output Overload protection Yes
AC Output Short-circuit protection Yes
Over Temperature protection Yes
Communications
Monitoring
Connectivity
Local and Remote Data Acquisition, Control and Performance Data Display Capability Fully featured Plug and Play Data Acquisition Monitoring and Control System and User Interface for Smart Phone and Internet connectivity and communications. (This system operates autonomously and external services such as Wifi are not required to be available)
Product Registration and Approval Australian Clean Energy Regulator An Australian Clean Energy Regulator approved [SPS/Off/Micro Grid] Inverter, for use in Australian Renewable Energy [SPS/Off/Micro Grid] Stand Alone Power System Installations.
Australian Clean Energy Council
(ERAC/EESS) Responsible Supplier
Manufacturing Performance and Design Standards CEC / CER Mandatory requirements IEC 62109.1 and IEC62109.2
Electromagnetic Compatibility (EMC) Electromagnetic Compatibility (EMC) - CISPR 11:2015
Compatibility / Performance Standards SAA Certificate of Suitability, JAS-ANZ Certified Corporation

RCM

DESIGNED FOR EVERY OFF GRID LOAD SUPPLY SCENARIO

Aquila Power Inverters JAS-ANZ Registered

COMPLIANCE & STANDARDS

TM

Aquila Power 3 Phase Inverters Specification

DOWNLOAD DOCUMENTS

KEY TECHNICAL FEATURES

EMC Certification      Manual

Specification       Certification             Warranty               Registration

  • IEC 62109.1 and IEC 62109.2 Tested and Certified
  • SAA Certificate of Suitability - SAA181890
  • AS/NZS CISPR 11:2017 EMC Tested and Certified
  • SAA Certificate of Conformity EMC - SAAEMC-1145
  • CEC Approved Off Grid (SPS) Inverter
  • CER Approved for Off Grid (SPS) Systems STC's creation
  • Regulatory Compliance Mark (RCM)
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AQUILA POWER (SPS) STANDALONE OFFGRID / MICROGRID SOLUTIONS

[20 KW TO 100 KW - 1 AND 3 PHASE]

Aquila Power 3 Phase SAA Certificate
Aquila Power Inverter Regulatory Compliance Mark
AP Series Inverters Warranty 2018
  • Domestic, Rural, Commercial, Industrial and Small Business Premises:- (move Off the Grid) - 1/3 Phase
  • Rural Premises:- (move Off the Grid) including Off Grid Variable Frequency 'Smart Drive' Solar Water Pumping (Irrigation) - 1/3 Phase
  • Rural, Commercial, Industrial and Business Premises:- (move Off the Grid) OR stay connected to the Grid and ADD a separate and independent Off Grid System to the premises specifically for supplying large current or intermittent use loads. For example:- supply medium/high current consumption industrial motors or electrical machinery or any other specified loads, from their very own dedicated 'Off Grid Specified Loads System' - 1/3 Phase
  • Any other specialised load demand scenarios, are suitable for a custom designed Standalone (SPS) Off Grid Generation Solution