Engineered for extreme reliability, tropical climate endurance, and strict adherence to ISO 9001, CE, and MIL-STD-704F testing protocols across Indonesian airport hubs and MRO facilities.
As Indonesia expands its commercial fleet operations, regional airport hubs, and defense maintenance centers under national modernization initiatives, the demand for ultra-reliable ground support power equipment (GSE) and load banking systems has escalated rapidly.
Aeronautical power grids operate far beyond standard commercial 50Hz/60Hz utility parameters. Commercial airliners (such as Boeing 737MAX, Airbus A320neo, A350) and military transport platforms demand pristine 400Hz AC power (115V/200V phase configuration) alongside 28VDC auxiliary power. Supplying unvalidated or fluctuating ground power risks catastrophic damage to flight-critical avionics, flight-control computers, radar suites, and environmental control systems (ECS).
As an established global manufacturer and direct exporter serving the Indonesian market, our specialized factories supply programmable AC/DC power sources, solid-state frequency converters, and heavy-duty load banks designed specifically to simulate harsh operating envelopes while maintaining microsecond dynamic step response.
Exporting electrical test systems to Indonesia requires deep engineering adaptations for high ambient thermal stress, extreme atmospheric humidity (>85% RH), and coastal salt fog conditions prevailing at major hubs like Jakarta (Soekarno-Hatta International Airport - CGK), Surabaya (Juanda - SUB), Makassar (Sultan Hasanuddin - UPG), and Bali (Ngurah Rai - DPS).
Our export-spec aviation power systems feature conformal anti-corrosion coatings, tropicalized transformers, isolated air-duct cooling channels, and IP54/IP55-rated enclosures. This guarantees consistent 100% duty cycle rating during full load endurance trials at MRO hangers across Java, Sumatra, and East Kalimantan.
Comprehensive comparison of testing capabilities across our specialized power sources, dummy loads, and high-voltage circuit protection equipment.
| Product Category | Primary Application Target | Voltage & Frequency Range | Key Compliance Standards | Indonesian Market Fit |
|---|---|---|---|---|
| 400Hz Solid State Frequency Converters | Ground Support (GSE), Hangar MRO & Avionics Repair Benches | 115V/200V AC, 400Hz Output (Adjustable ±10%), 15kVA – 150kVA | MIL-STD-704F, DFS 400, ISO 6858, SAE ARP1247 | GMF AeroAsia, PTDI Bandung, TNI-AU Repair Depots |
| High-Power Resistive AC Load Banks | Airport Emergency Diesel Genset & Main Substation Commissioning | 220V / 380V / 400V / 690V 3-Phase, Up to 1500kW Single Unit | IEC 60947, CE Certified, ISO 9001:2015 | Angkasa Pura I & II Airport Infrastructure Projects |
| AC Regenerative Energy-Saving Load Banks | Avionics Power Supply Aging Test & Factory Burn-In Bays | Customizable AC Inputs with Grid Communication Feedback (>92% Eff.) | IEEE 519, IEC 61000-3-2 (Low THD Grid Feedback) | Green Airport Energy Modernization Initiatives & OEM Plants |
| Portable UPS & Battery Load Banks | Data Center, Air Traffic Control (ATC) Tower UPS Validation | 12V / 24V / 48V / 220V / 380V DC & AC, 1kW – 100kW Portable | CE, EN 62040-3 UPS Performance Standard | AirNav Indonesia ATC Infrastructure & Island Hanger Backup |
| High-Voltage Outdoor Vacuum Switchgear | Substation Feeder Protection for Airport Power Distribution | 40.5kV Rated Voltage, 630A Rated Current, 31.5kA Breaking Cap. | IEC 62271-100, GB 1984-2003 High-Voltage Standards | PLN Grid Integration & Regional Airport Substation Upgrades |
Commercial maintenance organizations, such as GMF AeroAsia (Soekarno-Hatta) and regional MRO facilities in Batam and Surabaya, require rigorous baseline testing of airborne generators, Ram Air Turbines (RAT), and APUs (Auxiliary Power Units). Our 100kW to 1500kW AC Load Banks allow maintenance engineers to simulate full-power electrical load profiles without consuming expensive jet fuel or risking real-aircraft electrical faults.
With forced-air cooling, digital metering software, and stepped micro-switch adjustment, operators execute precise power-factor displacement and transient voltage recovery analysis in strict accordance with FAA and DGCA Indonesia safety directives.
AirNav Indonesia oversees air traffic management across vast oceanic and archipelago sectors. Uninterrupted power supply to primary surveillance radar (PSR), secondary surveillance radar (SSR), and VHF communications is non-negotiable. Our 10kW to 100kW Portable Resistive Load Banks enable maintenance technicians to perform routine battery discharge testing, UPS capacity validation, and phase-balance verification without disrupting live radar telemetry.
Compact, wheeled chassis design ensures easy air transport to remote airports in Papua, Maluku, and Nusa Tenggara via local turboprop aircraft.
State-owned aerospace enterprise PT Dirgantara Indonesia (PTDI) in Bandung produces aircraft platforms like the NC212i and CN235. During assembly and system integration, electrical looms, transformers, and 400Hz distribution buses undergo continuous full-load aging and temperature-rise testing.
Our High-Power AC Regenerative Load Banks absorb test power and feed back up to 92-95% of electrical energy into the facility grid with negligible total harmonic distortion (THD < 3%), dramatically slashing factory electricity expenses during endurance trials.
The construction of Indonesia’s new capital city, IKN Nusantara in East Kalimantan, brings forward-looking smart airport masterplans requiring zero-emission ground operations. Electric Ground Support Equipment (e-GSE), solar microgrids, and high-efficiency power test systems are high priority.
Our factory provides customizable regenerative load banks that align perfectly with green airport initiatives by recovering kinetic and electrical energy during system commissioning, supporting Indonesia's target of net-zero aviation operations by 2050.
Indonesian procurement frameworks increasingly prioritize equipment complying with national standard SNI (Standar Nasional Indonesia) while respecting international aerospace standards (IEC, MIL-STD, CE). As a direct manufacturer and global exporter, we supply comprehensive Factory Acceptance Test (FAT) documentation, ISO 9001 quality certificates, calibrated digital meters traceable to NIST/ILAC, and local technical partner support in Jakarta and Surabaya to streamline customs clearance and TKDN administrative processes.
Every load switch, frequency converter, and load bank undergoes 100% full-capacity factory burn-in and insulation dielectric testing before sea/air shipment to Indonesia.
Tailored input/output voltage matching (115V, 220V, 380V, 440V, 690V), multi-channel remote PLC control via RS485/Modbus, LAN, and customized heavy-duty mobility trailers.
Direct door-to-port and door-to-door shipping routes to Tanjung Priok (Jakarta), Tanjung Perak (Surabaya), and Soekarno-Hatta Cargo Terminal with expedited export clearance documentation.
Remote engineering consultation, spare parts dispatch, firmware updates, and comprehensive operation manuals for hassle-free commissioning by local engineering teams.
Aircraft electrical systems utilize 400Hz AC power because higher frequencies permit significantly smaller, lighter magnetic transformers and electrical motors inside aircraft hulls—a vital weight-reduction requirement for flight dynamics. However, the commercial Indonesian electrical grid operates strictly at 50Hz. Our solid-state frequency converters reliably step down utility line voltages and synthesize precise, low-THD 400Hz sine-wave power essential for testing aircraft avionics, radar systems, and flight instruments on the ground without running aircraft engines.
All load banks manufactured for export to Southeast Asia feature forced-air cooling systems equipped with high-CFM tropicalized fan assemblies, stainless steel alloy (Cr-Al-Fe or Ni-Cr) resistor elements that resist oxidation, and IP54/IP55 sealed electrical control cabinets. Printed circuit boards (PCBs) are double-coated with moisture-proof conformal resin to prevent dielectric breakdown caused by tropical high humidity (>85% RH) and airborne salt particles near coastal runways.
Yes. Our factory specializes in customizable multi-voltage load banking architectures. Utilizing internal tap-changing transformers or step-switched resistor networks, a single 100kW, 1000kW, or 1500kW load bank can be configured to execute precision load testing across diverse voltage levels (115V single-phase, 220V/380V/415V/440V/690V three-phase) at both 50Hz, 60Hz, and 400Hz frequencies. This flexibility makes them ideal for multi-capability MRO facilities serving mixed airline fleets.
Traditional resistive load banks dissipate 100% of tested electrical energy as wasted heat, requiring substantial cooling power. An AC Regenerative Load Bank converts the test energy back into clean, grid-synchronized 50Hz AC electricity with up to 92-95% efficiency, feeding power back into your facility's electrical distribution network. For high-power burn-in testing or continuous component aging tests at aerospace production plants in Indonesia, regenerative load banks dramatically lower utility costs and reduce the carbon footprint of factory testing.
Standard equipment configurations typically ship within 3 to 4 weeks from order confirmation, while custom-engineered 1000kW+ systems require 6 to 8 weeks. Prior to dispatch, buyers can attend live Factory Acceptance Testing (FAT) via high-definition remote video streaming or inspect in person. Full calibration certificates, test reports, schematic diagrams, and English/Indonesian maintenance documentation are provided with every shipment to ensure seamless port handling at Jakarta (Tanjung Priok) or Surabaya (Tanjung Perak).
Request comprehensive technical datasheets, factory-direct wholesale pricing, and custom engineering support tailored specifically to your facility requirements in Indonesia.
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