High Efficiency 1440W 36V to 48V 30A Boost Converter
- Input / Output: 36VDC / 48VDC
- Max Current: 30A (1440W)
- Protection: IP67 Waterproof
Explore our export line of high-frequency power electronics designed for telecommunications, renewable off-grid setups, industrial automation, and extreme DC bus adaptation in Slovenia.
Modern European manufacturing environments—such as automotive component production in Maribor or electronics engineering hubs in Ljubljana—demand power conversion systems that minimize harmonic distortion and thermal degradation. Our high-frequency switching power supplies (SMPS) replace bulk legacy linear transformers with SiC/GaN-enhanced LLC resonant half-bridge topologies operating between 80 kHz and 250 kHz.
By switching at zero-voltage switching (ZVS) and zero-current switching (ZCS) thresholds, our systems drastically minimize transition switching losses. This allows Slovenian original equipment manufacturers (OEMs) to achieve compact form factors with energy efficiency ratings up to 96%, effectively lowering operating costs and meeting stringent Ecodesign (ErP) requirements.
Critical elements such as active Power Factor Correction (PFC > 0.98), input surge suppression meeting EN 61000-4-5 Class 4 (±4kV line-to-earth), and galvanically isolated feedback loops guarantee undisturbed operation on sensitive CAN, Profinet, or Modbus factory buses.
Slovenian regulatory guidelines adhere to European Union electromagnetic compatibility (EMC Directive 2014/30/EU). Our SMPS systems integrate staged EMI common-mode and differential-mode filters, providing strict compliance with EN 55032 Class B (residential/commercial emissions) and EN 61000-6-2 (industrial immunity standards).
| Evaluation Parameter | High-Frequency LLC Resonant SMPS | Traditional Linear Power Supply | Impact on Industrial Plant in Slovenia |
|---|---|---|---|
| Typical Electrical Efficiency | 92.0% – 96.5% | 45.0% – 55.0% | Significant reduction in thermal load inside DIN rail or 19" rack cabinets. |
| Power Density (W/dm³) | Up to 1,200 W/dm³ | Approx. 150 – 200 W/dm³ | Saves critical spatial footprint in machine control units and telecom shelters. |
| AC Input Range & Grid Fluctuation | 85VAC – 264VAC Wide-Range | ±10% Fixed Taps (115V / 230V) | Resilient against voltage drops and micro-interruptions on alpine rural grids. |
| Input Power Factor (PFC) | Active PFC > 0.98 | Passive / Low (0.55 – 0.65) | Eliminates reactive energy penalty surcharges from Slovenian energy suppliers. |
| Galvanic Isolation Rating | 1.5kV to 3.0kV AC/DC Optoisolated | 1.5kV Transformer Coupled | Protects low-voltage PLCs, microcontrollers, and sensor arrays from field transients. |
From Alpine communications towers to automated smart factories in Posavje and Savinja, our power supplies are configured to meet local field conditions.
Slovenia's automotive component Tier-1 and Tier-2 suppliers utilize our 24V and 48V regulated switching power rectifiers to feed distributed servo drives, robotic gripper controllers, and field bus inputs. Synchronous buck regulators stabilize erratic 12V/24V levels against inductive motor surges.
Remote cellular base stations in the Julian Alps experience wide seasonal temperature swings (-25°C to +45°C) and lightning strike risks. Our modular 48VDC embedded telecom rectifiers and rack-mount converters feature wide operating temperatures and conformal-coated PCBs to eliminate dew-point failure.
With Slovenia's active investment in hydro-generation along the Drava and Sava rivers coupled with industrial rooftop PV arrays, our pure sine wave inverters and high-voltage DC-DC buck modules reliably couple fluctuating battery bank voltages (48V to 135VDC) to steady internal utility control buses.
Understanding shifting technical requirements enables long-term system interoperability.
In compliance with the Slovenian National Energy and Climate Plan (NEPN), industrial estates are adopting localized Battery Energy Storage Systems (BESS). We observe an accelerated transition toward unified 48VDC bus systems, minimizing transformation stages between energy storage and heavy automated loads.
The modernization of warehouse fleets, AGVs, and container material-handling equipment drives demand for IP67 waterproof step-up converters and fast lithium-ion multi-stage battery chargers capable of handling variable maritime power feeds without grid contamination.
Local distribution system operators (such as Elektro Ljubljana and Elektro Maribor) have tightened penalties for total harmonic distortion (THD). Modern high-frequency switching units with integrated active power factor filtering are now mandatory for commercial grid interconnections.
Combining 23+ years of power electronic design engineering with factory-direct supply transparency and verified testing protocols.
Our 1,229 m² production facility is rigorously verified onsite by SGS. All manufacturing processes follow strict quality management manuals from incoming component inspection to final packing.
Every export series carries documented CE, RoHS, and FCC conformity declarations. Test reports covering Low Voltage Directive (LVD) and EMC are readily provided for Slovenian customs clearance.
From custom voltage conversion steps (e.g., custom rail 72V to 24V) to private label casing, MIL-spec conformal coatings, and tailored terminal blocks, our engineering team builds to your exact CAD/schematic specifications.
No unit leaves our facility without completing an intensive aging cycle under elevated ambient temperatures. We eliminate early-life field component failures before the equipment is shipped to Europe.
Direct answers regarding logistics, certification conformity, payment terms, and electrical customisation.
Consult directly with our power supply application specialists. Download full technical schematics, obtain project pricing, or request a custom quotation tailored to your voltage, current, and environmental requirements.