Commercial-grade DC fast chargers engineered for fleet depots, public infrastructure, and heavy industrial applications across Indonesia.
Addressing the rapid industrial modernization, EV ecosystem adoption, and automation demands across Southeast Asia's primary manufacturing hub.
As Southeast Asia accelerates its industrial transformation under the "Making Indonesia 4.0" roadmap, the demand for high-reliability mechatronic assemblies, industrial power conversion platforms, and automated production testing systems has expanded exponentially. Modern industrial ecosystems across Cikarang, Karawang, Batam, and Surabaya are shifting from basic component sourcing toward integrated OEM/ODM contract manufacturing. Building reliable mechatronic systems requires an intricate convergence of power electronics, precision mechanics, surface-mount technology (SMT), automated firmware parameterization, and ruggedized environmental potted designs capable of performing reliably in high-humidity tropical climates.
Information Gain Insight: Tropicalization and vibration resilience are critical success factors for mechatronic deployments in Indonesian manufacturing corridors. Standard commercial electronics suffer high field-failure rates due to moisture ingress, thermal cycling, and unconditioned electrical grids. Industrial-grade OEM/ODM manufacturing demands potted encapsulations (IP65/IP67 rating), contact cooling via planar magnetic components, and galvanic isolation up to 900 V DC.
A true OEM/ODM partner does not merely assemble parts; it provides end-to-end lifecycle management. From early-stage Design for Manufacturability (DFM) through surface-mount (SMD) and through-hole (THT) PCB assembly, custom housing fabrication, potting, and End-of-Line (EOL) functional verification, every step determines the final product operational integrity.
High-precision SMT lines coupled with automated through-hole technology (THT) placement. Capable of processing complex multi-layer power boards with tight-pitch components and high copper weight trace paths.
Eliminating bulky wire-wound components in favor of low-profile planar transformers. Contact cooling removes the need for failure-prone liquid loops or forced air in harsh industrial and off-highway environments.
Polyurethane and silicone potting compounds shield power electronics against aggressive ambient atmospheres, conductive dust, high relative humidity (RH 95%+), and mechanical shock up to 30G.
Proven German power electronics engineering adapted for turnkey OEM manufacturing and regional Indonesian deployments.
Our intelligent charging computers maintain vehicle electrical system stability across the entire manufacturing lifecycle—from initial sub-assembly power-up to final end-of-line (EOL) flash programming and workshop maintenance.
Designed for heavy commercial vehicles, railway traction systems, mining haul trucks, and mobile industrial machinery. The DVCx3 and high-voltage DVCHx3 converter platforms convert unregulated battery voltage to stabilized low-voltage auxiliary power.
High-efficiency switched-mode power supplies built for harsh factory environments. Available in 19-inch rack enclosures, top-hat DIN-rail formats, or fully encapsulated IP67 housings for decentralized mounting on AGV frames and conveyor systems.
The D-Sinus controller series provides smooth, high-efficiency speed regulation for brushless DC and synchronous motors. By driving motor windings with pure sine waveforms, torque ripple and acoustic noise are minimized.
Turnkey End-of-Line (EOL) electrical testing stations integrated with our proprietary DTS Test Suite. Designed to conduct automated safety, functional, high-voltage insulation, and communication protocol validation on complex mechatronic sub-assemblies.
Engineered to meet specific operational challenges in West Java manufacturing zones, Sumatra mining operations, and national EV infrastructure projects.
Deployed in Cikarang and Karawang automotive manufacturing plants. Our charging computers provide stable continuous voltage during ECU flashing, preventing expensive corruptions on vehicle assembly lines.
Heavy duty DC/DC converters operating inside nickel and coal mining equipment in Kalimantan and Sumatra. Contact-cooled cast housings withstand continuous dust exposure, severe vibration, and ambient temperatures exceeding 45°C.
Decentralized potted power supplies mounted directly on Automated Guided Vehicles (AGVs) operating in Tanjung Priok and Tanjung Perak container terminals. Protected against salt-mist corrosion and physical impact.
Why Tier-1 industrial buyers transition to custom contract manufacturing for harsh regional operating environments.
| Technical Parameter | Standard Commercial Electronics | Custom OEM/ODM Industrial Grade | Indonesian Operating Advantage |
|---|---|---|---|
| Operating Temperature | 0°C to +40°C (Forced Air) | -40°C to +85°C (Contact/Planar) | Prevents thermal derating in non-air-conditioned tropical factories. |
| Ingress & Humidity Protection | IP20 / Unsealed Open Frame | IP65 / IP67 Fully Potted (Polyurethane) | Complete protection against 95%+ relative humidity and seasonal monsoon moisture. |
| Input Voltage Tolerance | ±10% Standard AC/DC Input | Wide Range 9V–900V DC / Grid Immunity | Survives sudden line surges and brownouts common in expanding industrial parks. |
| Communication Protocols | Fixed Proprietary RS-232 / Modbus | CANopen, SAE J1939, OCPP 1.6/2.0.1, OPC-UA | Enables seamless telemetry integration into national fleet & cloud MES networks. |
| Quality Certification | Basic CE / Consumer Grade | IATF 16949, ISO 9001, ISO 14001 | Satisfies stringent local content (TKDN) and international OEM audit standards. |
Combining hardware engineering, embedded software development, and precision PCB assembly under a unified quality management system.
By leveraging complete vertical integration—from circuit topology simulation to high-speed SMT placement, ultrasonic wire bonding, automated potting resin dispensing, and EOL test bench validation—we eliminate multi-vendor friction. Our customers receive completely tested, box-build mechatronic devices ready for immediate deployment or market distribution.
Addressing technical compliance, custom modifications, localization, and technical support.
We work closely with local industrial partners and joint-venture integrators across Indonesia to supply sub-assemblies, customized PCB assemblies, and EOL test platforms that can be incorporated into locally manufactured cabinets. This enables local OEMs to maximize their TKDN percentage while maintaining high-grade internal power electronics and certified safety standards.
Our converter families cover both low and high-voltage inputs. The DVCx3 series is optimized for lower DC inputs (e.g., 24V, 48V, 110V DC), while the DVCHx3 series handles high-voltage inputs up to 900V DC. All models offer stable regulated outputs and can be configured with galvanic isolation to protect sensitive control electronics in mining trucks and electric buses.
Yes. Our fast-charging stations support multiple connector configurations including dual CCS2, CCS2 + GB/T, or CHAdeMO combinations. Furthermore, integrated controllers support OCPP 1.6 J and OCPP 2.0.1 protocols, enabling straightforward connectivity with regional Indonesian charge point management systems (CPMS) and billing gateways.
Our potted power supplies utilize specialized thermal-conductive polyurethane resins that fully seal internal components against air, humidity, and atmospheric dust. This IP67 design allows full power output without active cooling fans, preventing internal condensation failure even in relative humidity conditions above 95%.
Because development, SMT component placement, assembly, potting, and EOL testing are conducted under our integrated manufacturing facilities, we support flexible production volumes. We accommodate small-to-medium series production runs and tailored hardware/firmware modifications without requiring astronomical Minimum Order Quantities (MOQs).
All mechatronic products and test systems are backed by comprehensive global technical support. Our engineers provide remote diagnostic analysis, parameterization updates via CAN/ethernet interfaces, and coordinate local field support, spare parts availability, and operator training through regional service networks.
Partner with an engineering leader in power electronics, OEM contract assembly, and automated test systems. Send us your project specifications for a comprehensive technical evaluation.
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