High Power DC EV Charger 30kW-240kW Fast Charging Station
- Dual Connectors CCS2/GBT
- Output Range: 30kW - 240kW
- IP54 Harsh Weather Protection
Heavy-duty fast chargers and mechatronic assemblies optimized for extreme ambient heat (up to 55°C), high dust loads, SASO standards, and commercial deployments across the Kingdom of Saudi Arabia.
As the Kingdom of Saudi Arabia accelerates its transformative Saudi Vision 2030 agenda under the National Industrial Development and Logistics Program (NIDLP), the demand for robust, highly reliable mechatronic sub-assemblies, power electronics, and ultra-fast DC EV charging infrastructure has reached an unprecedented peak. Transitioning from reliance on finished import goods to localized industrial assembly requires tier-1 global partners equipped with sophisticated OEM mechatronic engineering capabilities, compliant with SASO (Saudi Standards, Metrology and Quality Organization) certifications, and capable of operating under extreme ambient conditions.
Integrating complex mechanical assemblies, high-power printed circuit board assemblies (PCBA THT/SMD), sealed power electronics, and intelligent software communication bridges is the foundation of modern industrial equipment. Whether deploying mega-scale infrastructure across GIGA projects like NEOM, the Red Sea Project, and Qiddiya, or modernizing industrial logistics hubs in Jubail and Yanbu, OEM system integrators require component supply chains backed by verifiable engineering depth, non-stop operational endurance, and full lifecycle traceability.
Contact-cooling and planar magnetic designs engineered to resist ambient operating temperatures up to 55°C without severe power derating.
From initial circuit layout and firmware synthesis to SMD/THT assembly, potting, structural enclosures, and automated EOL validation testing.
All mechatronic modules and complete charging systems conform strictly to regional electrical safety, EMC emissions, and grid intertie specifications.
Operating electrical and mechatronic assemblies within the Arabian Peninsula presents severe physical challenges that standard commercial hardware cannot withstand. Extreme thermal cycling (drastic delta between desert night temperatures and daytime ambient peaks exceeding 50°C), constant micro-fine sand exposure (haboob conditions), and aggressive atmospheric salinity near coastal industrial zones necessitate specialized engineering design principles.
In public transit hubs, highway corridors linking Riyadh to Makkah and Dammam, and private fleet depots, high-power DC fast charging units (30kW to 240kW) must deliver continuous power without thermal throttling. Our proprietary internal power modules feature isolated airflow channels, hermetically sealed control PCB compartments, and active temperature monitoring algorithms.
Mining transport in the Central Province, agricultural automated machinery, and electric utility buses operating in urban municipal transport require heavy-duty DC/DC converters. The DVCHx3 high-voltage series converts battery traction voltages (up to 900V DC) down to 12V/24V auxiliary power grids.
Saudi Arabia's push to become a global logistics crossroads has spurred massive investment in automated fulfillment centers. Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs), and conveyor systems depend on fully potted, shock-resistant power supply units and motor controllers.
Procurement directors and technical engineering heads working for Saudi state-owned enterprises (SOEs), private EPC contractors, and international OEMs must navigate evolving regulatory and market landscapes. Understanding these macro trends is vital when selecting a long-term mechatronic assembly supplier:
GIGA developments mandate zero-emission transport solutions, driving huge demand for modular DC chargers integrated directly with solar microgrids.
Saudi Aramco’s In-Kingdom Total Value Add (IKTVA) program and government localization goals require suppliers capable of providing modular designs ready for local assembly.
Industrial power units must tolerate voltage fluctuations, high surge spikes, and reactive power compensation common in remote desert electrification grids.
As part of our complete system engineering approach—branded under DEUTRONICsystems—we deliver complete mechatronic product lifecycles. We do not simply sell standard off-the-shelf catalog units; we act as a direct extension of your OEM R&D and manufacturing team.
By keeping electrical design, micro-firmware creation, surface-mount PCB placement (SMD), through-hole technology (THT), protective resin potting, enclosure fitting, and end-of-line functional testing under one unified quality management system, we eliminate vendor friction and shorten engineering iteration loops.
For Saudi industrial customers requiring rigorous quality verification for locally produced mechatronic modules, we build turn-key automated test stations. Combining modular hardware instrumentation with customizable DTS test management software, these stations evaluate safety, high-voltage insulation, EMC performance, and communication protocols automatically.
Detailed answers regarding technical specifications, SASO certifications, thermal performance, and OEM custom manufacturing for the Middle East market.
Our power electronics use industrial-grade semiconductors rated for extreme thermal thresholds. By utilizing contact cooling (plate-to-chassis heat dissipation), planar magnetic components, and heavy-duty extruded aluminum enclosures, our devices maintain continuous output with minimal derating up to 55°C. Critical electronics are thermally isolated from external ambient heat convection.
Yes. Our DC charging stations and power conversion products conform strictly to SASO IEC 61851 (EV conductive charging systems), SASO IEC 62196 (plugs and sockets), and relevant GCC electromagnetic compatibility (EMC) regulations. They are pre-configured to operate on standard Saudi grid voltages (400V 3-phase, 60Hz).
Absolutely. Because our complete R&D, PCB assembly (SMD/THT), potting, mechanical integration, and automated testing are located in-house under our DEUTRONICsystems division, we offer flexible adaptation of firmware, mechanical housings, pinouts, and CAN communication profiles even for low-to-medium series production runs.
Our chargers support multi-standard configurations including CCS Combo 2 (the primary standard across Europe and Saudi Arabia), GB/T (for Chinese electric vehicles commonly imported into the GCC), and CHAdeMO. Software communication supports OCPP 1.6J and OCPP 2.0.1, allowing seamless integration with localized cloud management networks and payment gateways (RFID, POS credit card readers, or custom mobile apps).
The standard DVCx3 series covers lower input DC voltages suitable for standard battery buses, while our specialized DVCHx3 series operates with high-voltage traction inputs up to 900V DC. Both families are available with galvanic isolation, robust contact cooling, and parameterization over standard CAN Bus (SAE J1939 or CANopen).
We operate a dedicated global service network providing technical support, spare parts fulfillment, diagnostic assistance, and localized engineering consultation. Our systems feature modular internal power units, allowing quick swapping of modules in the field to guarantee maximum uptime for critical infrastructure projects.
Contact our senior technical sales directors today to request detailed product datasheets, discuss customized OEM mechatronic assembly, or request a localized project proposal.