Explore our core engineering lineup serving Indonesian R&D laboratories, industrial manufacturing facilities, and EV testing installations.
Indonesia stands at the epicenter of Southeast Asia’s industrial transformation. With major nickel downstreaming initiatives in Sulawesi (Morowali) and North Maluku, alongside rapid expansion of electric vehicle (EV) assembly plants across the West Java manufacturing corridor (Cikarang, Karawang, and Bekasi), the demand for high-reliability industrial current sources and programmable battery test equipment has increased exponentially. Delivering stable, continuous power processing under demanding environmental conditions requires advanced power conversion topologies that outperform traditional voltage-fed designs.
As a premier high-power electronics manufacturer supplying global and regional markets, our technology platform utilizes a rugged current-fed power conversion architecture. By replacing vulnerable input filter capacitors with robust internal energy-storing inductors on the DC link, our current source systems deliver inherent immunity against short circuits, plasma arcing, micro-ohmic contact failures, and continuous regenerative voltage spikes. This technical foundation ensures uncompromised operational lifespan in heavy industrial environments throughout Jakarta, Surabaya, Medan, and regional industrial hubs.
Selecting reliable DC power supplies and current source units for critical laboratory validation or factory floor burn-in requires an understanding of internal energy storage dynamics. Traditional voltage-fed power supplies store significant energy in output capacitive banks. When a sudden load fault, insulation breakdown, or arc event occurs, this stored capacitive energy discharges abruptly into the Device Under Test (DUT), often damaging delicate cell samples, BMS circuitry, or wide-bandgap (SiC/GaN) semiconductors.
Inductive DC link storage naturally chokes over-current surges during transient short circuits. Current rise rates are physically constrained by internal magnetics, giving digital protection loops ample time to respond safely without tripping catastrophic hardware failures.
Unlike single-point traditional power units, our programmable current sources provide full rated output power across an ultra-wide voltage and current window. A single 100 kW module can supply high voltage at moderate current or low voltage at maximum current without derating performance.
For electronic load and battery discharging applications, our linear MOSFET technology eliminates high-frequency switching noise. This guarantees pure constant current sinking essential for electrochemistry characterization and low-drift sensor calibration.
Modern industrial equipment must adapt to regional operational requirements. Below are the primary deployment scenarios where our high-precision current sources, battery simulators, and DC loads add quantifiable value across Indonesian facilities.
Indonesia's national push to establish an end-to-end EV battery ecosystem requires strict validation of lithium-ion chemistries (NMC and LFP). Our Lithium Ion Battery Voltage Current Capacity Testers and High-Dynamic Battery Simulators (150kW to 1000kW) facilitate fast dynamic cycling, internal resistance dynamic tracking ($R_i$), and State-of-Charge (SOC) estimation under authentic thermal stress.
Integrators use our multi-channel simulators to emulate battery pack behavior during acceleration, regenerative braking, and rapid DC fast-charging profiles compliant with national standards.
Validating Battery Management Systems requires high cell-to-cell isolation and accurate channel voltage control. Our 24-Channel Battery Cell Simulator allows engineers to simulate individual cell imbalances, over-charge, over-discharge, and temperature fault triggers. Independent channel current sourcing and sinking capabilities allow continuous testing of passive and active cell balancing algorithms without dangerous chemical cells on the benchtop.
Research centers in Bandung, Yogyakarta, and Jakarta focusing on material science require noise-free low-current sources. The Removable Coin Battery Simulator and Rohde & Schwarz NGM201/202 Series deliver sub-milliamp level current resolution, fast transient recovery (<30 µs), and zero peak overshoot, ensuring accurate characterization of CR2032/CR2016 coin cell prototypes and solid-state electrolyte samples.
PT PLN (Persero) microgrid initiatives in East Nusa Tenggara, Maluku, and Papua combine solar PV arrays with stationary battery energy storage systems (BESS). Our high-power current-fed DC sources run specialized Photovoltaic Power Profile Emulation (PPPE) software, simulating dynamic solar irradiance changes, cloud coverage transients, and temperature swings to test microgrid inverters and maximum power point tracking (MPPT) performance under harsh grid environments.
Compare key electrical properties, mechanical footprints, and targeted application fits across our primary equipment series to select the optimal model for your facility.
| Series Platform | Output Power Range | Voltage / Current Capabilities | Cooling Topology | Control Interfaces | Target Indonesian Application |
|---|---|---|---|---|---|
| SLx / SL Series | 1.5 kW – 10 kW | 5 Vdc to 1000 Vdc / Up to 250 A | High-Velocity Air Cooled (1U Rack) | Ethernet/LXI, USB, RS-232, Isolated Analog | ATE Test Benches, Automated Component Testing |
| IPDCL1000 Series | 1 kW (Constant Power) | 0 – 220V Input / High Precision Sinking | Internal Low-Noise Fans | Programmable SCPI, RS-485 / Modbus | Benchtop Battery Simulation, Hardware-in-the-Loop |
| TS Series | 5 kW – 100 kW | 5 Vdc to 4000 Vdc / Up to 2700 A | Modular Forced Air (3U to 16U) | Ethernet/LXI, USB, IEEE-488 (GPIB), Modbus TCP | Traction Inverter Burn-in, EV Pack Cycling |
| Power ABS Series | 150 kW – 1000 kW | 0 – 1000 Vdc Bipolar Operation | Integrated Closed-Loop Liquid / Water | CANbus, Ethernet, Industrial Fieldbus | Megawatt EV Fast Charger & Pack Emulation |
| 24-Channel BMS | Multi-channel Cell | 0 – 5V per cell / 5A Sinking & Sourcing | Chassis Conduction / Air | High-Speed Ethernet, CAN Interface | BMS Validation, SOC Estimation, Balance Testing |
Operating industrial electronic equipment in Southeast Asia presents unique ambient challenges. Elevated relative humidity (often exceeding 85% RH), high ambient factory temperatures, and localized utility line voltage fluctuations demand extra protective measures in power supply design.
All circuit boards undergo internal conformal coating to prevent moisture condensation, salt mist corrosion, and airborne dust conductive bridging. Internal magnetic components are vacuum-impregnated with high-grade thermal varnish for continuous duty up to 50°C ambient temperatures.
Indonesian industrial parks often experience nominal 380V/415V three-phase grid variations. Our power conversion stages are designed with wide input tolerance (±10% nominal input voltage drift) and robust transient voltage surge suppression (TVSS) stages to shield sensitive control loops.
We work directly with Indonesian local distributors, EPC contractors, and system integrators to support documentation requirements for TKDN (Tingkat Komponen Dalam Negeri) projects, offering fully certified equipment under international safety frameworks (CE, UL, IEC 61010-1).
With four decades of specialized power supply engineering, our vertically integrated manufacturing facility ensures complete quality control over every transformer, enclosure, and surface-mount circuit assembly built.
In-house sheet metal fabrication, transformer winding, and automated SMT production yield predictable quality and industry-leading lead times (4–6 weeks standard build time).
Every single unit undergoes extended full-load burn-in under elevated temperature before dispatch. Documented factory calibration certificates traceable to NIST standards are included.
Standardized SCPI command structures across all power ratings mean your lab software scripts (LabVIEW, Python, MATLAB) seamlessly scale from a 1.5kW desktop model to a 1MW system.
Comprehensive engineering support, field spare parts availability, and remote diagnostic tools ensure fast technical turnaround for installations throughout Southeast Asia.
Address standard commercial, technical, and logistics queries related to sourcing current sources, battery simulators, and electronic loads for Indonesian facilities.
Speak directly with our senior application engineers to specify voltage, current, power envelope, and digital interface options for your Indonesian project.
